Rope Access News | Dangle Rope Access | Work at Height

iso-22846

Tue, 09 Sep 2025 09:55:28 GMT

ISO 22846: The International Standard for Rope Access Safety

Rope access work demands the highest levels of safety, training, and compliance. That’s where ISO 22846 comes in. This international standard sets out the principles, requirements, and best practices for industrial rope access systems, ensuring that both technicians and organisations operate to globally recognised safety benchmarks. Whether you’re new to rope access or managing an established team, understanding ISO 22846-1 & ISO 22846-2 is essential for maintaining safe, efficient, and compliant work at height.

Working at height is one of the most dangerous activities in the modern workplace. Whether it is maintaining offshore oil platforms, inspecting bridges, or repairing tall buildings, the risks are significant. Industrial rope access has become the preferred solution in many industries, offering efficiency, flexibility, and minimal disruption compared to scaffolding or mechanical platforms. However, such work demands a robust framework of work at height standards to ensure compliance with the law, consistent protection for workers and reassurance for clients.

This is where ISO 22846 comes into focus. Developed by the International Organisation for Standardisation (ISO), this standard provides the international benchmark for rope access methods , defining the principles and code of practice that underpin rope access safety.

What is ISO 22846?

ISO 22846 is the international standard specifically designed for rope access systems used for work at height. It provides globally recognised guidance on the safe use of ropes, harnesses, and associated equipment when performing tasks in difficult-to-reach places.

The standard is published in two complementary parts:

ISO 22846-1:

Principles – sets out the fundamental safety requirements, planning processes, and rope access risk assessment principles for rope access operations.

ISO 22846-2:

Code of Practice – provides practical recommendations on how to implement the principles in real workplaces, including rope access regulations, training, and supervision.

Together, these parts ensure rope access standards are not only technically feasible but also consistently safe, no matter where in the world the work takes place.

Why ISO 22846 is Critical for Rope Access Operations

The introduction of ISO 22846 marked a turning point for industrial rope access. Before international standards, safety practices varied widely between countries and companies, leading to inconsistent quality and increased risk. With ISO 22846 , organisations can demonstrate compliance with a harmonised framework that transcends national boundaries.

The importance of the standard lies in several key areas:

Worker protection – rope access technicians can rely on globally accepted best practice that prioritises their safety.

Employer liability – organisations that align with rope access regulations such as ISO 22846 reduce legal risks and insurance claims.

Client confidence – asset owners commissioning work at height gain assurance that contractors meet an international safety benchmark.

Professional recognition – rope access is validated as a legitimate, regulated method of work rather than an ad-hoc solution.

In short, ISO 22846 provides the foundation for consistent, professional rope access safety worldwide.

ISO 22846 Part 1: Principles Explained

ISO 22846-1 sets out the guiding principles that all rope access methods must follow. While it does not prescribe detailed techniques, it defines the essential safety framework. The main elements include:

Risk assessment and planning – every project must begin with a rope access risk assessment that considers environmental hazards, fall potential, and task-specific dangers.

The two-rope principle – also referred to as the twin-rope system safety requirement, the standard enshrines the use of two independently anchored ropes: a working line and a safety backup.

Hierarchy of control – employers must prioritise avoiding work at height where possible, minimising exposure, and then applying rope access with safeguards.

Rescue planning – no work may commence without a detailed rope access rescue plan in place. This ensures rapid retrieval of a casualty in the event of an incident.

These principles guarantee that rope access is approached as a structured, professional system underpinned by proactive risk management.

ISO 22846 Part 2: Code of Practice Explained

Where Part 1 establishes principles, ISO 22846-2 provides a practical rope access code of practice for employers, supervisors, and technicians. Key areas include:

Competence and training – only trained and assessed personnel may undertake rope access tasks. Structured rope access training requirements such as IRATA / SPRAT / SOFT ensure rope access technicians are competent.

Equipment standards and inspections – all harnesses, ropes, connectors, and devices must comply with relevant international standards. Equipment inspection for rope access is required before use, with detailed records maintained.

Supervision and management – work must be overseen by competent supervisors who can make dynamic risk assessments and implement rescue plans.

Worksite set-up and monitoring – anchor points, rope protection, exclusion zones, and communication systems must be in place before work begins.

This practical focus ensures the principles of rope access safety are translated into consistent workplace practices.

ISO 22846 Compared to BS 7985 and IRATA ICOP

In the UK, BS 7985 rope access standards and the IRATA ICOP compliance framework are often used alongside ISO 22846 for compliance to the UK's Working at Height Regulations 2005 .

Benefits of Compliance with ISO 22846

For companies, aligning with ISO 22846 and wider rope access standards delivers benefits that go beyond safety compliance:

Reduced incidents – effective rope access risk assessment and the two-rope system reduce the likelihood of accidents.

Client trust – evidence of rope access regulations compliance enhances reputation.

Tendering advantage – many offshore and renewable energy rope access projects require compliance with ISO 22846 .

Operational consistency – rope access methods and training are standardised, making audits and assessments smoother.

Compliance becomes both a safety and a commercial advantage.

ISO 22846 and Training Requirements for Rope Access

Competence is central to ISO 22846 . The standard highlights that safety depends on skilled technicians and supervisors, not just equipment.

Schemes such as IRATA and SPRAT directly address the rope access training requirements outlined in ISO 22846 :

Technicians – trained in climbing, positioning, and self-rescue.

Supervisors – qualified to oversee teams, enforce rope access safety, and manage rope access rescue planning.

Managers – ensure company policies and procedures meet the standard.

Structured training and revalidation ensure competence in rope access work is maintained across the industry.

Implementing ISO 22846 in Daily Rope Access Work

Translating the requirements of ISO 22846 into everyday practice is one of the biggest challenges for rope access companies . A standard on paper is only effective if it is embedded into daily operations, influencing the way teams plan, prepare and carry out their work. Successful implementation requires both a structured management system and a safety culture that views compliance not as a box-ticking exercise, but as the backbone of professional rope access.

A key aspect of applying rope access standards is the use of internal audits. These audits are designed to measure how well company procedures, training records, and equipment management systems align with the requirements of ISO 22846 . They also provide an opportunity to identify gaps before they develop into risks, ensuring that corrective actions can be taken swiftly. Companies that conduct regular audits are not only protecting their workforce but also building a body of evidence to demonstrate due diligence to customers and regulators.

Alongside audits, strong management systems are vital. These include documented processes for rope access equipment inspection, recording training and competence, and tracking expiry dates for certification or PPE. Many organisations are now adopting digital platforms that allow equipment logs, inspection reports, and technician records to be stored in one place, making compliance easier to demonstrate during client audits or tendering processes.

Another critical element is the regular practice of rope access rescue planning . While many technicians are trained in rescue procedures, skills can fade if they are not rehearsed. By running drills under realistic site conditions, teams can develop the muscle memory and confidence needed to act decisively in an emergency. Rescue training also reassures clients that the contractor is fully prepared for contingencies, aligning with the proactive safety mindset that ISO 22846 promotes.

Finally, perhaps the most important step in implementing ISO 22846 is fostering a culture where every technician views the standard as part of their daily routine rather than a distant set of rules. When technicians check their ropes, record their inspections, or set up exclusion zones, they are not simply following instructions - they are living the principles of rope access safety. Companies that encourage open reporting, continuous learning and mutual accountability find that compliance becomes second nature.

In practice, ISO 22846 is not just a document for managers and auditors. It is a living framework that shapes every decision made on site, from the planning stage through to task completion and review. By embedding its requirements into audits, management systems, daily briefings, rescue drills and workplace culture, rope access companies can ensure that the highest standards of safety are consistently maintained.

The Future of Rope Access Standards and ISO 22846

The evolution of technology and industry practices will continue to influence rope access standards like ISO 22846 . Key trends include:

Drones and digital inspection – hybrid solutions complement rope access but still require oversight under work at height standards.

Digital compliance – cloud-based tools make it easier to track rope access equipment inspection and technician records.

Global harmonisation – clients in offshore, construction, and renewable energy rope access sectors increasingly require proof of alignment with international standards.

By adapting to these changes, ISO 22846 ensures rope access remains safe, credible, and globally consistent.

Learn More About Dangle Rope Access Today

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland, Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance , to onshore building maintenance , we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Blasting Techniques

Wed, 09 Jul 2025 16:19:04 GMT

The Hidden Power of Blasting Techniques in Industrial Painting

In industrial painting, it’s easy to focus on the protective coating itself—its thickness, durability, and resistance. But no matter how advanced or expensive a coating may be, it is only as good as the surface it adheres to. That’s where blasting techniques come in.

Blasting techniques are the foundation of proper surface preparation. Whether protecting bridges, offshore rigs, or industrial tanks, using the right blasting techniques ensures coatings adhere correctly, last longer, and perform as designed. Done right, they extend asset life, reduce maintenance costs, and ensure regulatory compliance.

What Are Blasting Techniques?

Blasting techniques refer to the mechanical or abrasive methods used to clean, texture, or prepare a surface—usually metal or concrete—prior to applying a protective coating. The aim is to remove contaminants (rust, scale, old paint, oil) and create a surface profile that promotes strong coating adhesion.

Common blasting techniques include:

Abrasive Blasting (Grit or Sandblasting)

Sandblasting, also known as abrasive blasting, is a process that involves propelling a stream of material, typically sand, at high velocity against a surface to clean, etch, or shape it. Traditionally, sand was the primary abrasive material used in this method due to its availability and effectiveness in removing paint, rust, and other contaminants from surfaces like metal, wood, or concrete. However, in the UK, the use of sandblasting has been largely phased out due to significant health and safety concerns associated with the inhalation of crystalline silica dust. Silica is a naturally occurring mineral found in sand, and when sand is blasted at high pressures, it can aerosolise into fine particles that can be easily inhaled. Prolonged exposure to silica dust has been linked to serious respiratory diseases, including silicosis, lung cancer, and other pulmonary disorders.
In response to these health risks, the UK’s Health and Safety Executive (HSE) has implemented strict regulations regarding the use of silica sand in abrasive blasting. These regulations aim to protect workers from the dangers of exposure, leading to a shift toward alternative materials that do not carry the same health risks. As a result, industries that previously relied on sandblasting have adopted safer methods and materials, such as garnet, glass beads, or even more advanced techniques like wet blasting, which significantly reduces airborne particles. The move away from traditional sandblasting methods reflects a broader commitment to occupational health and safety in the UK, emphasising the importance of worker protection and the use of safer practices in industrial processes.

Shot Blasting

Shot blasting is a vital surface preparation technique employed widely across various industries in the UK. This method involves propelling abrasive materials at high velocity onto a substrate, effectively removing contaminants and creating a surface texture suitable for subsequent coating applications. According to ISO 12944, which pertains to the corrosion protection of steel structures, the integrity of surface preparation is critical in ensuring the longevity of protective coatings. The choice of abrasive media, along with the parameters of the shot blasting process, directly impacts the effectiveness of the surface preparation. ISO 8501-1 provides a framework for assessing the quality of the blasted surface, categorising it into grades based on cleanliness and surface roughness. Achieving the appropriate grade outlined in ISO 8501-1 is essential, as it helps in maximising the adhesion of paints and coatings, thereby ensuring optimal performance and durability in various environmental conditions. In the UK, industries such as marine, automotive, and construction rely heavily on shot blasting for preparing components that will endure demanding conditions. Adhering to international standards like ISO 12944 and ISO 8501-1 not only promotes quality assurance but also enhances compliance with environmental regulations, making shot blasting a critical component of modern surface treatment operations.

Sponge or Soft Media Blasting

Sponge or soft media blasting is a gentle cleaning method that uses soft sponges or particles to remove contaminants from surfaces without damaging them. This technique is especially useful for restoring delicate or intricate structures, such as historic buildings, fragile equipment, or sensitive electronic components. Benefits of Sponge or Soft Media Blasting include Gentle Yet Effective as It removes contaminants like paint, dirt, and grime without harming the underlying surface. Its also Eco-Friendly Often using biodegradable materials, making it an environmentally friendly option. Its also highly Versatile in its Applications so can be Suitable for various surfaces including wood, metal, stone, and glass. It leaves very Minimal Cleanup and Leaves less waste compared to traditional blasting methods, resulting in decreased cleanup time and costs.
Applications for soft media blasting include Restoration of historical buildings, Automotive and aircraft refurbishment, Cleaning of delicate machinery and Removal of graffiti and other surface stains. Overall, sponge or soft media blasting is a reliable choice for achieving a clean surface while preserving the integrity of the material being treated.

Vapour & Slurry Blasting

Vapour and slurry blasting techniques have gained traction in the UK as effective alternatives to traditional abrasive blasting methods. These processes enhance surface preparation while minimising environmental impact, making them suitable for diverse applications, from metal fabrication to heritage restoration. Vapour blasting, also known as wet blasting, utilises a mixture of water and abrasive media, allowing for a gentler approach compared to dry blasting. The added moisture reduces dust generation, enhancing operator visibility and workplace safety. Furthermore, the combination of water and abrasive particles results in a smooth surface finish, ideal for sensitive substrates such as aluminium or carbon fibre components. Slurry blasting operates on similar principles but focuses on a more viscous mixture of water, abrasive materials, and additives. This method is especially effective in removing heavy contaminants such as rust or old paint while preserving the integrity of the underlying material. The slurry's consistency allows for more controlled application, reducing the risk of substrate damage and improving efficiency.
Both vapour and slurry blasting are increasingly popular in the UK due to stringent regulatory requirements on environmental sustainability. These methods not only meet these standards but also deliver superior results, making them essential tools in modern surface preparation processes.

* Each method has distinct advantages based on substrate type, site conditions, and coating requirements. Selecting the correct blasting techniques is crucial to project success and industrial coating performance.

Why Surface Preparation and Blasting Techniques Are Non-Negotiable

Applying coatings to unprepared or poorly cleaned surfaces results in:

Delamination
Blistering
Premature corrosion
Costly failures and rework

According to ISO and SSPC guidance, blasting techniques are the single most influential factor in determining coating performance. Up to 80% of coating failures are linked directly to inadequate surface preparation.

By using verified blasting techniques , asset owners can reduce long-term costs and enhance safety and durability.

Different Blasting Techniques Explained

Abrasive Blasting (Traditional Grit Blasting)

One of the most widely used blasting techniques , this method propels abrasive media (e.g. garnet, steel grit) at high speed to strip contaminants and profile the surface.

Best for: Corroded steel, mill scale
Pros: Fast, deep cleaning to SA 2.5 and SA
Cons: High dust generation, containment often required, particularly when working over water

Shot Blasting

This method uses round metallic beads for a peening effect.

Best for: Concrete or steel decks
Pros: Recyclable media
Cons: Not suitable for angular surface profiles

Sponge Blasting

Combines abrasives in sponge material to reduce rebound and capture debris.

Best for: Confined or sensitive areas
Pros: Dust control, surface-friendly
Cons: Much lower speed than grit blasting

Vapour or Wet Blasting

Adds water to the media stream to suppress dust during blasting, also know as "Slurry" Blasting.

Best for: Urban or active environments or where dust control is important
Pros: Dust free working conditions
Cons: Surfaces must dry before coating unless a moisture tolerant coating product is to be applied

Each of these blasting techniques can be adjusted by changing media, pressure, or moisture content to suit the task at hand.

The Role of Blasting Techniques in Coating Performance

Blasting techniques directly influence three core outcomes: adhesion, cleanliness, and surface profile uniformity.

Adhesion

Anchor surface profiles created by proper blasting techniques give coatings a mechanical grip. This prevents peeling and flaking, especially under UV exposure or chemical attack.

Cleanliness

Blasting removes hidden contaminants—rust, staining etc—which could otherwise cause premature corrosion or certainly reduce the asset lifecycle if a lesser surface preparation method was adopted. Without effective blasting techniques , even the best coatings may fail.

Surface Profile Uniformity

Consistent profiling ensures uniform coating thickness. Variability in the profile leads to over - or under-application and weak points in paint film protection.

Put simply: blasting techniques are the bedrock of protective coating integrity.

Blasting Techniques: Industry Standards and the Role of Coating Inspectors

Industrial coatings are governed by standards that prescribe how blasting techniques should be carried out and verified.

Key Surface Preparation Standards

ISO 8501-1 – Visual Cleanliness

Defines grades of rust removal and preparation levels (Sa1 to Sa3).

ISO 8503 – Surface Profile

Measures surface roughness using comparators or replica tape.

ISO 12944 – Corrosion Protection of Steel Structures

A broad system for selecting coatings and preparation based on environment and durability needs.

SSPC NACE (now AMPP )

Society of Protective Coatings in North America although now have merged with NACE National Association of Corrosion Engineers and formed AMPP (Association for Materials Protection & Performance) standards such as SSPC-SP 1-10 guidance for surface prep quality globally recognised.

Train the Painter OR ICATS

UK-based certification systems ensuring operatives apply compliant blasting techniques and record results accordingly.

The Role of the Coating Inspector

A certified inspector ensures that blasting techniques meet contract specifications and coating manufacturer requirements.

Pre-Blasting Checks

• Verifies correct media, pressure, equipment, and ambient conditions

Post-Blasting Checks

• Assesses cleanliness (ISO 8501-1) and profile (ISO 8503) amongst others

• Confirms surfaces are ready to coat usually as part of their role

Documentation

• Produces Quality Assurance (QA) and Quality Control (QC) reports for traceability

Communication

• Liaises with applicators and asset owners to avoid costly rework

Inspection ensures blasting techniques are performed properly and are not undermined by poor practice or shortcuts.

Environmental and Safety Considerations for Blasting Techniques

Modern blasting techniques are designed with safety and environmental control in mind. Some of the key elements to consider are:

Dust Control

Wet, vapour, and sponge systems reduce airborne debris.

Media Safety

Silica-free abrasives protect operatives from inhalation risks.

Waste Management

Used media and contaminants are collected and disposed of under environmental legislation.

PPE and Site Safety

Operatives using blasting techniques must wear appropriate gear: blast suits, air-fed helmets, and gloves. Rescue plans are essential for confined or elevated work areas.

Blasting Techniques in Rope Access Environments

Industrial structures such as bridges, offshore platforms, tanks, chimneys, and towers often present access challenges where traditional methods like scaffolding or MEWPs are impractical, time-consuming, or cost-prohibitive. This is where rope access combined with expert blasting techniques becomes a game-changer.

At height or in confined spaces, rope access technicians who are also trained as blasters can safely and efficiently reach areas that would otherwise require extensive temporary works. Their mobility, combined with precision equipment and surface preparation expertise, makes rope access ideal for both routine maintenance and emergency interventions.

Examples of Rope Access Environments:

Bridges – Blasting undersides without traffic closures
Tanks & Silos – Internal vertical surface prep
Wind Turbines – Blasting tower stems and blades
Offshore Rigs – Corrosion removal in splash zones
Chimneys – Safe prep at extreme height

Advantages of Rope Access:

Speed & Flexibility: Teams can be rigged within hours
Cost-Efficiency: Lower labour and setup costs
Access Anywhere: Work around curves, flanges, and structural members
Reduced Risk: Fewer people at height, fewer interfaces

Requirements for Effective Rope Access Blasting

To ensure blasting techniques are effective in rope access settings, several conditions must be met:

• Blasting-specific training and experience for surface preparation operatives

• Use of lightweight and portable blasting equipment suitable for vertical mobility

• Implementation of containment systems to control dust, debris, or rebound at height

• Strict adherence to HSE guidelines , including emergency and rescue planning

At Dangle, we combine technical rigging expertise with specialist blasting techniques training to deliver high-quality surface preparation—no matter how complex the environment.

Common Blasting Techniques Mistakes to Avoid

Even experienced teams can misapply blasting techniques if:

Media type or pressure is incorrect
Profiles are inconsistent
Surfaces aren’t cleaned before coating
Blasting isn’t completed to the correct specifications (e.g. Sa 2½ instead of Sa 3)
The coating window post-blasting is missed

At Dangle, we adhere to strict inspection protocols to ensure blasting techniques are done once—and done right.

Learn More About Dangle Rope Access Today

Here at Dangle , we provide a variety of comprehensive inspection, access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Commercial Property Maintenance

Sat, 28 Jun 2025 20:15:18 GMT

Rope Access for Commercial Property Maintenance

In the competitive world of commercial property maintenance , ensuring buildings remain safe, attractive, and fully operational is vital for preserving long‑term value and compliance. The condition of a property doesn’t just affect its aesthetics — it impacts operational efficiency, overall safety, and long‑term investment returns.

For multi‑storey buildings and complex architectural structures, accessing hard‑to‑reach areas can be challenging, costly, and disruptive. This is where rope access has emerged as a leading solution. Highly skilled rope access technicians can carry out inspection, cleaning, and maintenance quickly and precisely — making it an ideal method for commercial property maintenance across the UK.

In this guide, we’ll explore why rope access is ideal for commercial property maintenance , its key applications, benefits, and role in preserving long‑term value for businesses and building owners.

What Is Rope Access and Why Is It Ideal for Commercial Property Maintenance?

Rope access is a technique that allows highly trained and certified technicians to gain access to challenging or hard‑to‑reach areas of buildings using ropes, harnesses, and specialist equipment. Its precision and versatility make it ideal for commercial property maintenance , especially for buildings with complex designs or significant heights.

One of the most favoured scaffolding alternatives , while eliminating the necessity for mobile elevating work platforms.(MEWPs), rope access is cost‑effective, quick to mobilise, and causes minimal disruption for staff, customers, and site visitors. Its highly adaptable nature allows rope access teams to work efficiently across buildings of any design, making it a vital solution for inspection, cleaning, and maintenance across the commercial property maintenance sector.

The Importance of Regular Commercial Property Maintenance

Regular inspection and commercial property maintenance play a pivotal role in preserving a building’s long‑term value, safety, and appeal. Neglecting routine maintenance can result in costly and disruptive repairs, increased insurance costs, and reduced value of the property. In many instances, early intervention through rope access inspection and maintenance can spot potential issues — such as water ingress, cracking, or coating damage — before they evolve into more significant, costly problems.

Prioritising commercial property maintenance allows businesses to:

Maintain the value and appeal of their buildings.
Reduce long‑term maintenance and repair costs.
Minimise operational downtime caused by unexpected issues.
Ensure compliance with health and safety regulations.
Provide a safe, attractive, and welcoming environment for staff, tenants, and customers.

Key Applications of Rope Access in Commercial Property Maintenance

Façade Inspection and Maintenance

The façade of any commercial building is its public face, making its upkeep vital for both visual appeal and structural integrity. Weather, pollution, and natural wear can cause cracking, staining, and water ingress over time — making regular inspection and maintenance essential for long‑term preservation.

In commercial property maintenance , rope access allows for precise inspection of external walls, windows, and cladding . Operatives can quickly locate and address issues before they evolve into costly repairs, preserving both the value and safety of the building.

For example, in the context of a large shopping centre , rope access allows maintenance teams to carry out routine façade and roofline inspections quickly and discreetly, often outside of trading hours. This means issues such as cracking render, failing sealant, or weather‑worn signage can be identified and addressed with minimal disruption to shoppers and staff. In this way, rope access has become an ideal solution for commercial property maintenance in environments where accessibility and continuity of service are critical priorities.

Gutter & Roof Maintenance

Gutters and roofs play a pivotal role in directing water away from buildings, making routine inspection and maintenance vital for ensuring long‑term protection from water ingress and internal damp. Yet these areas can be challenging to access and maintain using traditional methods.

In the context of commercial property maintenance , rope access allows highly trained technicians to carry out inspection, cleaning, and repairs quickly and efficiently — regardless of height or design. This is especially valuable in multi‑storey environments such as car parks and office buildings, where traditional access methods may be costly or impractical.

Rope access is a highly effective technique that can be utilised to safely remove moss, leaves, and various types of debris from roof surfaces and gutters. By addressing these blockages promptly, it helps prevent potential issues such as flooding or structural damage that could arise from neglected maintenance. This proactive approach not only enhances the overall longevity of roofing systems but also promotes proper drainage. In doing so, rope access offers a long-term and cost-effective solution for roof and gutter maintenance across a diverse range of commercial settings, ensuring that businesses can maintain their properties efficiently while safeguarding against more extensive repairs in the future.

Signage and Branding Installation or Maintenance

High‑level signage and branding are critical for making a strong first impression, especially for retail spaces, hotels, and office buildings. Maintaining these elements ensures businesses remain visually sharp, professional, and aligned with their brand identity.

In commercial property maintenance , rope access allows for precision installation, inspection, and cleaning of external signs and branding — regardless of the structure’s height or design. Its efficiency and precision make rope access ideal for installations and maintenance that would be costly or impractical using scaffolding or MEWPs.

For example, rope access technicians can install illuminated signs for hotels, clean and maintain external logos for office buildings, or carry out routine inspection and cleaning of retail signage in a busy shopping centre . This approach ensures that businesses can maintain a sharp and inviting exterior with minimal disruption.

Window Cleaning and Sealing

Windows are a critical feature of any commercial building, allowing natural light to fill spaces and creating a welcoming environment for staff, customers, and visitors. Yet cleaning and maintaining windows can be challenging, especially when working at height or on buildings with complex or irregular façades.

In the realm of commercial property maintenance, rope access provides a highly effective solution for conducting routine inspections and cleaning of windows , regardless of their height, position, or architectural design. This innovative technique enables operatives to reach otherwise inaccessible areas, ensuring that all facets of a building's exterior are properly maintained. In addition to cleaning, skilled professionals are also able to apply sealant and perform targeted repairs to window frames, effectively preserving the long-term condition and thermal efficiency of the glazing. By addressing potential issues proactively, rope access not only enhances the aesthetic appeal of the property but also helps to extend the lifespan of the windows and improve overall energy efficiency.

Painting and Coatings

External paints and protective coatings play a pivotal role in preserving both the durability and visual appeal of a commercial building. These coatings serve as a crucial barrier, shielding surfaces from a variety of damaging elements, including weathering, UV damage, pollution, and other environmental factors that can deteriorate the structure over time. As a result, the regular application and maintenance of these coatings are not just beneficial, but essential to ensure that the building remains attractive and stands the test of time. By investing in high-quality paints and protective finishes, property owners can enhance the longevity of their investments while also maintaining a positive impression on clients and visitors.

In commercial property maintenance , rope access allows for precise and cost‑effective application of paints and protective treatments across buildings of any shape or design. Its versatility is ideal for multi‑storey car parks, office buildings, hotels, and retail spaces, ensuring long‑lasting protection with minimal disruption to occupants and customers.

Benefits of Rope Access for Commercial Property Maintenance

Rope access has become a cornerstone of commercial property maintenance across the UK, thanks to its numerous benefits:

Cost‑Effective Maintenance

Rope access removes the need for costly scaffolding or equipment hire, making it one of the most cost‑effective methods available for routine inspection and maintenance. Operatives can mobilise quickly, reducing both equipment and labour costs.

Minimal Disruption

Rope access allows maintenance to be conducted with minimal disruption to staff, customers, or site visitors. Its precision and low‑impact approach enable businesses to continue their daily operations while maintenance work is conducted in the background.

Greater Flexibility

Rope access is highly adaptable, making it ideal for buildings of any shape, height, or design. Its versatility allows operatives to access challenging areas quickly, making rope access a vital technique for commercial property maintenance across multi‑storey buildings, hotels, retail spaces, and office complexes.

Reduced Environmental Impact

Rope access is a low‑impact technique that uses minimal equipment and creates less waste compared to traditional access methods. As many businesses today consider their environmental impact, rope access allows for a high level of sustainable maintenance . Its efficiency allows businesses to reduce their environmental footprint while maintaining their properties to the highest standards.

Enhanced Safety

Rope access operates under rigorous safety standards. Operatives are highly trained and accredited by organisations such as the Industrial Rope Access Trade Association (IRATA) , ensuring best practices and compliance across every project.

Regulations and Standards in Commercial Property Maintenance

In the UK, working at height is governed by robust legislation designed to protect staff, site visitors, and the public. Regulations that apply to commercial property maintenance include:

The Health and Safety at Work etc. Act 1974 – Requires employers and site operators to maintain safe working environments across all industries.
The Work at Height Regulations 2005 – Provides specific duties and best practices for working at height.
Building Safety Act 2022 – Created in the aftermath of the Grenfell Tower tragedy, this legislation prioritises accountability and compliance in higher‑risk buildings, making it a pivotal consideration for commercial property maintenance across the UK.

Learn More About Dangle Rope Access

Here at Dangle Rope Access, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Marine Corrosion

Fri, 13 Jun 2025 10:39:01 GMT

Marine Corrosion: Rope Access Solutions for Ports, Ships and Coastal Structures

Marine corrosion is one of the most persistent and expensive challenges facing the maritime, coastal infrastructure, and offshore industries. From degrading structural steel to threatening the integrity of ships, platforms, and port facilities, the impact of corrosion in saltwater environments is both vast and costly.

Traditionally, access for inspection and repair in these environments has relied heavily on scaffolding or heavy machinery, but in recent years, rope access has emerged as a safer, faster, and more cost-effective alternative. In this blog post, we’ll explore the nature of marine corrosion , its impact, and how rope access provides innovative solutions for its detection, prevention, and remediation.

What Is Marine Corrosion?

Marine corrosion refers to the deterioration of materials—primarily metals—due to chemical reactions with the surrounding marine environment, particularly saltwater and humid coastal air. The high chloride content in seawater accelerates the marine corrosion processes, leading to issues such as pitting, galvanic corrosion, and stress corrosion cracking.

Marine corrosion affects everything from:

Ships and hulls
Piers and jetties
Offshore oil and gas platforms
Offshore wind turbine foundations
Bridges and coastal defences
Storage tanks and pipelines in coastal areas

Without proactive inspection and maintenance, marine corrosion can lead to:

Structural failure
Environmental hazards
Increased downtime
Escalating repair costs
Health and safety risks

For an in-depth technical overview, the UK’s Health and Safety Executive (HSE) provides guidance on corrosion risks in offshore structures.

Why Marine Corrosion Is So Aggressive

The marine environment is particularly corrosive due to:

High humidity and salt levels in the air
Constant wet/dry cycles on tidal structures
Temperature fluctuations, which cause expansion and cracking
Biofouling, where organisms like barnacles trap moisture
Electrochemical activity, especially in dissimilar metal contact points

These conditions will corrode carbon steel much faster than in inland or industrial settings. Protective coatings and cathodic protection systems help, but they must be regularly inspected and maintained—often at height or in confined, hard-to-reach areas. BS EN ISO 12944 establishes a comprehensive framework for assessing and categorising corrosion classifications. This international standard plays a crucial role in the field of materials science, as it provides guidelines that help engineers and professionals understand the different environments in which materials may be exposed to corrosion. By defining various corrosion classification categories, the standard aims to promote consistent practices in protecting structures and components from the detrimental effects of corrosion, particularly marine corrosion , over time.

The Role of Rope Access in Marine Corrosion Control

Rope access provides marine engineers, asset owners and infrastructure managers with a proven method of working safely and efficiently in challenging environments. Whether performing close visual inspections, removing rust and marine fouling, or applying corrosion mitigating coatings, rope access allows trained technicians to reach locations prone to marine corrosion with minimal disruption and cost.

All rope access operations should be carried out in compliance with IRATA standards , the Work at Height Regulations 2005 , and relevant HSE guidance.

Key Rope Access Services for Marine Corrosion Management

Inspection and Surveying

Routine inspection is the first line of defence against marine corrosion . Rope access enables technicians to inspect:

Ship hulls and superstructures
Jetty support columns
Dockside cranes and loading arms
Offshore platform legs and risers
Wind turbine monopiles and transition pieces (TP's) and foundation Jackets

Common inspection methods include:

Visual inspection for signs of rust, blistering, and coating damage
Ultrasonic testing (UT) for wall thickness loss
Magnetic particle inspection (MPI) for crack detection
Close visual photography and drone-assisted mapping

These surveys can be used to generate corrosion maps and asset integrity reports, ensuring early detection of critical issues.

Surface Preparation and Cleaning

Marine corrosion repair often starts with removing existing rust, coatings, and marine growth. Rope access teams use methods such as high-pressure water jetting, abrasive blasting and mechanical tools like bristle blaster to remove rust, failed coatings and marine growth from affected areas.

Rope access enables precise targeting of affected areas, minimising disruption and environmental contamination.

Coating and Protection

Once surfaces affected by marine corrosion have been thoroughly cleaned and prepared, applying protective coatings is essential to prevent further degradation. Dangle's Rope access technicians are trained to apply a variety of marine-grade systems designed to withstand the harsh conditions of salt-laden air, high humidity, and constant water exposure due to the dynamic environment. These may include Zinc-rich primers , high-build epoxy coatings and specialised anti-fouling paints that deter marine growth.

The application process often requires strict environmental controls and adherence to technical specifications to ensure the coatings perform as intended. Rope access allows for precise, targeted work even in challenging or awkward locations, ensuring that protective layers are applied effectively without the need for bulky access structures or costly downtime. This approach not only extends the life of marine and coastal assets but also helps maintain compliance with industry standards and environmental regulations.

Cathodic Protection Installation and Maintenance

In marine settings, cathodic protection (CP) is a common strategy to mitigate corrosion by making the metal structure the cathode of an electrochemical cell reducing anode effects .

Rope access is used to:

Install sacrificial anodes on submerged or intertidal areas
Inspect CP systems for degradation
Replace faulty or spent anodes in situ

Confined Space Entry for Tanks and Ballast Systems

Marine corrosion is common in internal tanks, ballast tank systems, and pipework. Dangle's rope access specialists are also trained in confined space work and can safely access these environments with breathing apparatus and gas monitoring equipment if required.

Applications of Rope Access in Marine Corrosion

Shipping and Marine Vessels

Vessels operating in saltwater are exposed to relentless corrosion forces—both above and below the waterline. Rope access is widely used for:

Inspecting and maintaining cargo holds, ballast tanks, rudders, and propeller shafts
Performing ultrasonic thickness testing on hull plating
Cleaning and re-coating deck equipment, cranes, and safety rails

This method is particularly effective during dry dock periods when time is limited as the vessel is out of work or about to start contract, or during in-service inspections at berth, usually to satisfy its insurers.

Ports and Harbours

Ports and harbours are built to withstand the elements, but constant exposure to tides, splash zones, and salt spray takes a toll. Rope access supports:

Visual and NDT inspections of piles, mooring dolphins, and fender systems
Corrosion remediation of steel jetties and gantries
Structural repairs to walkways, ladders, and handrails

Rope access enables this work without closing quaysides or obstructing port operations, offering both safety and logistical advantages.

Offshore Oil and Gas Platforms

Few environments are harsher than offshore oil rigs and production platforms. Salt-laden air, wave action, and high winds cause extensive corrosion, especially in splash zones and at height. Rope access technicians:

Carry out frequent close visual inspections and structural assessments
Clean and re-paint legs, braces, derricks and deck structures
Replace sacrificial anodes in subsea and intertidal zones

Regular rope access maintenance reduces downtime and improves asset longevity in these mission-critical environments.

Offshore Wind Farms

With the rapid expansion of renewable energy, offshore wind farms are increasingly exposed to marine corrosion risks with many different corrosion classifications . Rope access plays a vital role in:

Inspecting tower exteriors, platforms, and nacelles
Maintaining corrosion protection on transition pieces and cable entries
Applying high-performance coatings to turbine components

These operations are often coordinated with vessel or helicopter transfer systems, making rope access the most practical and efficient solution offshore.

Bridges and Coastal Infrastructure

Coastal bridges, flood barriers, and sea defences are long-term infrastructure assets exposed to marine corrosion year-round. Rope access allows for:

Accessing undersides of bridge decks, trusses, and piers
Removing corrosion and reapplying protective systems
Monitoring expansion joints, bearings, and load-bearing members

This method enables engineers to inspect and remediate corrosion while keeping infrastructure open and operational—a major benefit for public safety and continuity.

Learn More About Dangle Rope Access Today

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland, Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading rope access company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Railway Inspection

Thu, 29 May 2025 13:17:20 GMT

Railway Inspection & Rope Access: A Smarter Way to Maintain Rail Infrastructure

The railways in the UK play a crucial role in the national infrastructure, encompassing thousands of miles of track, tunnels, bridges, and embankments that necessitate consistent maintenance. With the increasing demand for efficiency, safety, and economical solutions, railway inspection techniques are advancing — with rope access at the forefront of this evolution.

Recently, headlines in the news, underline the urgency and scale of this evolution. For example, Network rail has invested up to £1.1 billion for on-track maintenance machinery, reflective of the growing national focus on infrastructure renewal and technological advancement

Traditionally, a railway inspection relied on scaffolding, MEWPs (Mobile Elevated Work Platforms), and even complete line closures to reach critical components of the rail network. While these approaches may be effective, they’re often time-consuming, expensive, and highly disruptive. In contrast, rope access provides a modern alternative: it’s faster, safer, and far more adaptable.

At Dangle, we specialise in using rope access to carry out complex inspections across the rail sector. This blog explores how rope access is changing the game, the specific benefits for railway inspection , and why it’s the smart choice for operators looking to keep their infrastructure running smoothly.

The Importance of Railway Inspection

Railway inspection plays a pivotal role in ensuring the safety, functionality, and long-term reliability of the rail network. The infrastructure is subject to constant stress from dynamic loads, environmental exposure, weather extremes, and ageing components. Without regular and detailed inspections, minor defects can go undetected and escalate into major failures.

The key purposes of railway inspection include:

• Ensuring Passenger Safety

• Preventing Service Disruption

• Complying with Regulations

• Informing Asset Management

• Reducing Long-Term Costs

Given the age of much of the UK’s railway infrastructure, inspections are not just routine — they’re essential.

In today’s context of ageing infrastructure and growing passenger numbers, railway inspections must evolve to become more predictive and data-driven. With greater scrutiny on public safety and performance, the frequency and scope of inspections are increasing. Railway companies are moving towards condition-based and risk-based inspection strategies that focus resources where they’re needed most, reducing waste and improving outcomes.

Applications of Rope Access in a Railway Inspection

According to Rail Industry Connect , 2025 is seen as a transformative year for the UK rail sector with increased focus on predictive maintenance, decarbonisation and digital innovation. As the UK rail network undergoes structural and operational changes - including the recent re-nationalisation of South Western Railway - there is increasing pressure to deliver maintenance more efficiently and transparently. Rope access plays a vital role in supporting this transition, offering a versatile and cost-effective solution for railway inspection and maintenance.

Rope access is highly versatile and can be used across nearly all components of a railway inspection . Here are some of the key applications:

Bridge Inspections

Railway bridges — many of which are over a century old — require regular detailed bridge inspections . These often involve:

• Visual and photographic surveys

• Steel thickness measurements

• Corrosion and fatigue assessments

• NDT (non-destructive testing) techniques

Rope access allows technicians to reach all areas of a bridge without the need for extensive scaffolding or rail closures.

Tunnel Examinations

Tunnels require frequent inspection to identify water ingress, structural cracking, and deterioration of linings. Rope access is ideal for:

• Shaft inspections

• Overhead arch surveys

• Detailed mapping of defects

In confined environments where space is limited, rope access teams can work safely without large equipment.

Signal Gantry and OLE Inspections

Signal gantries, overhead line equipment (OLE), masts, and support structures must be inspected for corrosion, fatigue, and component integrity. Rope access enables:

• Swift access to high-level components

• Checks on bolts, welds, and brackets

• Electrical and mechanical inspections without interference to signalling systems

Embankments and Drainage Surveys

Embankments and cuttings are vulnerable to erosion, slippage, and water damage. Rope access can be used to:

• Survey steep slopes

• Perform core sampling and vegetation clearance

• Assess and maintain drainage channels

Cliff Stabilisation and Slope Protection

Certain sections of the UK rail network, particularly along coastal or upland routes, run directly beneath cliffs or steep geological features. These areas are prone to rockfalls, landslides, and erosion, which pose a serious threat to the railway below.

Rope access is ideal for carrying out cliff stabilisation works such as:

• Installing rock bolts, mesh netting, or geo-textiles

• Applying sprayed concrete (shotcrete)

• Conducting geological inspections and assessments

• Installing slope drainage to reduce water pressure buildup

Railway Inspection Technology Integration

At Dangle, we integrate rope access with the latest railway inspection and survey technologies to deliver more value to our clients. Our approach combines traditional climbing expertise with high-tech tools for a complete solution.

Drone-Assisted Surveys

Drones provide rapid assessments of inaccessible areas, especially in preliminary or large-scale surveys.

Non-Destructive Testing (NDT)

Many defects are not visible to the naked eye. Our rope access technicians are trained to use NDT methods such as ultrasonic, magnetic particle, and dye penetrant testing.

Industrial Painting

Protective coatings are an essential part of railway infrastructure maintenance, helping to prevent corrosion and extend the service life of critical assets. As part of comprehensive railway inspection programmes, industrial painting ensures that structures like steel bridges signal gantries, and overhead line supports remain in safe working condition.

Rope access allows our technicians to carry out industrial painting tasks in tandem with railway inspection activities, especially in areas that are difficult to reach using traditional access methods. This combined approach improves efficiency, reduces operational downtime, and supports long-term asset management.

Traditional Access vs Rope Access: A Comparative Overview for Railway Inspection

Learn More About Dangle Rope Access Today

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland,Dangle Academy. Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading rope access company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Lattice Tower Maintenance

Sat, 17 May 2025 11:37:02 GMT

Lattice Tower Maintenance: A Complete Guide to Safety, and Best Practices

Lattice towers are the unsung heroes of our modern infrastructure—supporting everything from telecommunications and broadcast signals to power transmission. Ensuring these towering structures remain functional, safe, and compliant requires meticulous attention to detail and industry expertise. This is where lattice tower maintenance becomes not just important, but essential.

Whether you’re managing a rural transmission mast or an iconic city landmark, this comprehensive guide covers everything you need to know about effective lattice tower maintenance and management.

What is a Lattice Tower?

A lattice tower is a freestanding framework structure built from steel or aluminium. Designed in a criss-cross (lattice) pattern, it combines strength and stability with relatively low material use. These towers are common in:

Telecommunication networks
TV and radio broadcasting
Electrical transmission
Wind energy monitoring
Meteorological stations

The key benefit of lattice towers is their ability to withstand extreme weather while bearing heavy loads at great heights. This makes them both efficient and cost-effective for a variety of industries.

Iconic Lattice Towers: Engineering Feats Worth Noting

Lattice towers come in various shapes and sizes, and some have become internationally recognised landmarks:

• The Eiffel Tower (Paris, France) : Perhaps the most famous lattice tower in the world, standing at 300 metres tall, constructed of iron latticework in 1889. While primarily a tourist attraction, it also houses communication antennas at its peak.

• Tokyo Tower (Tokyo, Japan) : Standing at 332.9 metres, this red and white lattice tower is a key broadcasting structure and a symbol of Japan’s post-war rebirth.

• Emley Moor Mast (West Yorkshire, England) : While primarily a concrete structure, its predecessor was a steel lattice tower that collapsed in 1969 due to ice accumulation—a key reminder of the importance of robust lattice tower maintenance and structural integrity.

Why Lattice Tower Maintenance Matters

The structural complexity and height of lattice towers mean that any lapse in inspection, repair, or compliance can have catastrophic consequences.

Regular lattice tower maintenance ensures:

Operational continuity (preventing downtime in communications or power)
Safety for workers and the public
Compliance with national and international standards
Extended service life of the tower
Early identification of corrosion, fatigue or wear

With strict health and safety legislation in the UK and Ireland, failure to implement a proactive lattice tower maintenance strategy can lead to fines, litigation, and reputational damage.

Key Elements of Lattice Tower Maintenance

Routine Inspection Protocols

Inspections are the backbone of effective lattice tower maintenance . Guidance to follow should include;

BS EN ISO 1461 (galvanised steelwork)
BS EN 1993 (Eurocode for steel structures)
LOLER (Lifting Operations and Lifting Equipment Regulations 1998)
PUWER (Provision and Use of Work Equipment Regulations 1998)

Types of inspections include :

Visual inspections : Surface checks for rust, deformation, or missing bolts
Detailed structural analysis : Using rope access to reach all points of the tower
Non-destructive testing (NDT) : Ultrasonic or magnetic testing for internal faults
Drone surveys : Useful for initial assessments, though less effective than rope access for close-up analysis.

Corrosion Prevention and Treatment

Lattice towers are exposed to harsh environments—rain, salt, UV radiation, and temperature changes. Galvanised coatings can deteriorate over time, so corrosion control is vital.

Best practices include :

Re-coating with protective paint systems (following ISO 12944 )
Replacing rusted components
Applying sacrificial anodes in marine environments
Monitoring for galvanic corrosion between dissimilar metals

Preventative lattice tower maintenance focused on corrosion extends lifespan and enhances safety.

Bolt Torque and Structural Integrity

Loose or over-torqued bolts can compromise a tower’s load-bearing capacity. Using calibrated torque wrenches and following the manufacturer’s specifications is essential.

Checks should include :

Torque tests at every major joint
Replacement of degraded fasteners
Inspection of load-bearing nodes and connections

Fall Protection and Access Systems

While rope access is ideal for flexible, low-impact inspections, permanent access systems like vertical ladders, step bolts, or platforms must also be inspected and maintained.

Maintenance should involve :

Load testing of fall arrest systems
Replacing worn harness anchor points
Verifying ladder rung integrity
Ensuring compliance with EN 365:2004 for PPE

Lightning Protection and Grounding

Given their height, lattice towers are prone to lightning strikes. A robust earthing system can prevent damage to electronic systems and minimise fire risk.

Ensure:

Ground resistance measurements are within acceptable limits (typically <10 ohms)
Copper conductors are intact and corrosion-free
Surge protection devices are regularly replaced or tested

Vegetation and Site Access Control

Overgrown vegetation can obstruct access and increase fire risk. Site access and vegetation control should be part of every lattice tower maintenance plan. Key actions include:

Regular bush clearance and tree trimming
Foundation inspections for root or water damage
Drainage maintenance around the tower base
Clear vehicle and foot access routes
CCTV or fencing free from vegetation obstructions

Routine site clearance helps protect the base structure and enables faster emergency response.

Why Rope Access is the Smarter Choice for Lattice Tower Maintenance

Rope access offers unmatched advantages for maintaining lattice towers—combining safety, efficiency, and flexibility. Here’s why it’s the preferred method:

Exceptional Safety

Backed by IRATA standards rope access has one of the best safety records in the industry, with dual-rope systems and rigorous technician training ensuring full compliance and control at height.

Minimal Disruption

With no need for scaffolding or cranes, rope access allows for fast deployment, making it ideal for remote, high-traffic, or environmentally sensitive locations.

Cost-Effective

Lower equipment and labour costs mean rope access delivers high-quality lattice tower maintenance without the expense of traditional access methods.

Versatile and Precise Access

Technicians can easily navigate complex lattice structures—reaching every bolt, beam, and joint for thorough inspections and repairs.

Efficient for Inspection and Repairs

Rope access supports a wide range of maintenance tasks including visual inspections, NDT, bolt torque checks, corrosion treatment, and equipment installation.

Built-In Emergency Response

Rope access teams are trained in high-angle rescue, ensuring immediate and safe evacuation in case of incident—meeting all safety regulations.

Environmentally Friendly

With a low carbon footprint, reduced site impact, and reusable gear, rope access is the sustainable maintenance choice for modern lattice tower management .

Lattice Tower Risk Management

Each tower has a unique set of risks depending on its location, use, and age. A comprehensive risk management plan is critical to maintaining safety, performance, and legal compliance.

Environmental Risks

Wind and ice loading : Can strain or collapse structures
Salt air corrosion : Especially near coastal zones
Lightning strikes : Require tested and functional earthing systems

Mitigation : Site-specific inspection intervals, protective coatings, and environmental monitoring tools.

Structural Risks

Material fatigue from cyclic loading and ageing
Overloaded or poorly maintained connections
Unapproved modifications compromising design integrity

Mitigation : Qualified inspections, structural engineering reviews, bolt torque checks, and NDT testing.

Operational and Access Risks

Untrained personnel leading to safety violations
Improper PPE or access systems
Accidents during high-level maintenance work

Mitigation : Rope access teams with IRATA certification, scheduled PPE inspections, and rescue planning.

Compliance and Legal Risks

• Non-compliance with HSE, LOLER, PUWER, and BS/EN standards can lead to legal consequences, insurance issues, and site shutdowns.

Mitigation : Maintain detailed inspection logs, conduct regular audits, and use certified equipment and personnel.

Managing these risks ensures that your lattice tower maintenance plan is both effective and future-proof.

Sustainability in Lattice Tower Management

As ESG (Environmental, Social, and Governance) standards rise, companies are being held to higher accountability. Sustainable lattice tower maintenance includes:

Using biodegradable lubricants
Minimising vehicle emissions
Recycling removed components
Planning maintenance to reduce energy disruptions

By adopting sustainable rope access methods, you’re contributing to greener infrastructure management—while maintaining high safety and performance standards.

Learn More About Dangle Rope Access Today

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland,Dangle Academy. Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading rope access company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Sustainable Maintenance

Mon, 12 May 2025 16:39:35 GMT

Sustainable Maintenance Solutions: The Role of Rope Access Services in Reaching Net Zero

As the UK accelerates its journey toward a net zero carbon future, industries are being challenged to reduce emissions, improve energy efficiency, and adopt environmentally responsible practices. One area seeing a rapid transformation is building and infrastructure maintenance—an essential but often overlooked contributor to a company's overall environmental footprint.

At Dangle , we believe that sustainable maintenance is not only possible but essential. Our expertise in rope access services is helping businesses across the UK meet their sustainability goals without compromising safety, efficiency, or quality. In this article, we explore how rope access supports sustainable maintenance and contributes to the broader mission of achieving net zero.

What is Sustainable Maintenance?

Sustainable maintenance refers to the upkeep and servicing of buildings, structures, and equipment in a way that minimises environmental impact. This includes reducing carbon emissions, lowering energy and material use, avoiding pollution, and preserving natural resources—all while ensuring assets remain safe, operational, and compliant.

Traditional maintenance methods, such as scaffolding or powered access platforms, often involve high carbon emissions, excessive material use, and longer project timelines. Sustainable maintenance focuses on efficiency, adaptability, and innovation, favouring methods that reduce resource consumption and environmental disruption.

The Urgency of Net Zero in the UK

In 2019, the UK became the first major economy to pass a law requiring net zero greenhouse gas emissions by 2050 . This means balancing the amount of greenhouse gases emitted with the amount removed from the atmosphere. For businesses, especially those in construction, energy, facilities management, and infrastructure, this goal presents both a challenge and an opportunity.

Meeting net zero targets requires rethinking every aspect of operations , including how structures are maintained. Maintenance can no longer be seen as a routine operational cost—it must be viewed as a strategic lever for environmental performance. That’s where our rope access services come in.

What Are Rope Access Services?

Industrial rope access is a method of working at height or in difficult-to-access areas using specialist rope and harness systems. Developed from climbing and caving techniques and refined under strict safety protocols (such as IRATA standards), rope access allows trained technicians to carry out inspections, repairs, cleaning, painting, and installations without the need for scaffolding or heavy machinery.

From high-rise buildings and bridges to offshore wind turbines and historic landmarks, rope access offers a versatile, low-impact solution for sustainable maintenance.

Why Rope Access is the Smart Choice for Sustainable Maintenance

Minimal Equipment, Minimal Emissions

One of the core advantages of rope access is its low carbon footprint . Unlike scaffolding or powered access platforms, rope access requires no large-scale transport, diesel-powered machinery, or extensive steel structures. This drastically reduces fuel use, manufacturing impact, and transportation emissions.

Rope access teams arrive with compact gear, which is typically reusable and has a lower environmental impact over its lifespan. This makes rope access an ideal option for organisations aiming to implement sustainable maintenance practices .

Faster Project Timelines = Reduced Energy Use

Time is energy—literally. The longer a project runs, the more energy is used on site in the form of electricity, lighting, fuel, and even extended equipment hire. Rope access allows for quicker setup and takedown , and jobs can often be completed in less time than traditional access methods.

For example, painting a façade or conducting a leak inspection via scaffolding could take several days just to set up. With rope access, the same work can often be started—and finished—within a single day, reducing the project's overall carbon footprint.

Less Disruption to the Environment and Operations

Sustainable maintenance also means reducing the indirect environmental impact of a job. Erecting scaffolding or deploying mobile platforms can disrupt foot traffic, business operations, roadways, and natural habitats. This is especially important in urban areas, on transport infrastructure, or at protected sites.

Rope access causes minimal ground-level disturbance. This makes it a particularly sustainable solution for:

Eco-sensitive locations (e.g. nature reserves, coastal cliffs)
Busy commercial or urban zones
Operating industrial plants or refineries
Remote energy installations
Offshore, coastal access and work over water

Waste Reduction and Reusability

Sustainability isn’t just about carbon—it’s also about waste reduction . Scaffolding projects often generate significant waste, from single-use materials to packaging and cut-offs. In contrast, rope access equipment is compact, reusable, and maintained under strict inspection cycles according to LOLER .

At Dangle, we operate under rigorous safety and sustainability protocols, ensuring that all rope access gear is maintained, reused, and disposed of responsibly at the end of its lifecycle.

Rope Access in Support of Renewable Energy

One of the fastest-growing sectors where rope access plays a critical role in sustainable maintenance is renewable energy . Wind turbines, both onshore and offshore, require regular inspection and maintenance to ensure optimal performance and safety. Rope access is uniquely suited to this sector due to its:

Ability to access tall, remote structures
Minimal equipment requirements
Weather resilience and adaptability

Our teams at Dangle have worked extensively across the UK’s wind farms, providing blade inspections, bolt torque checks, and surface paint repairs. These services are vital to keeping renewable energy infrastructure operational and efficient, directly supporting the UK’s net zero ambitions.

How Rope Access Aligns with Corporate ESG Goals

Environmental, Social and Governance (ESG) principles are increasingly guiding how organisations operate and how stakeholders—from investors to customers—assess their long-term value. Companies are under mounting pressure to demonstrate that they are reducing harm, creating positive social impact, and managing operations ethically and transparently.

Rope access supports ESG objectives on all three fronts, making it a strategic choice for companies seeking to enhance sustainability and resilience while maintaining critical infrastructure.

Environmental Impact (E): Lower Carbon, Less Waste, Smaller Footprint

Sustainable maintenance is central to the environmental component of ESG. Rope access reduces emissions and resource use across every stage of a maintenance project:

Reduced carbon footprint : With no need for scaffolding trucks, cranes, or diesel-powered machinery, rope access teams generate significantly fewer greenhouse gas emissions.
Minimal material waste : Rope systems are compact, durable, and reusable, generating less site waste compared to single-use materials and scaffold off-cuts.
Lower energy consumption : Faster setup and project completion reduce on-site power and fuel use, from lighting to equipment hire.
Minimal environmental disturbance : Because rope access requires little or no ground-level equipment, it causes less disruption to wildlife, green spaces, or public areas.

Social Responsibility (S): Safer Workforces, Smarter Communities

The social pillar of ESG focuses on how companies treat their people, support communities, and ensure the well-being of all stakeholders. Rope access contributes positively in several ways:

Exceptional safety standards : Under IRATA guidelines, rope access maintains one of the lowest incident rates in the work-at-height industry .
Skilled employment : Rope access technicians undergo a rigorous training and certification path, often progressing through multiple levels of expertise. This supports professional development and career growth.
Less disruption to local communities : Unlike scaffolding, rope access doesn’t require street closures, excessive noise, or large on-site teams—making it ideal for urban, residential, or heritage environments.
Accessibility to remote areas : Rope access allows for maintenance in hard-to-reach or isolated places (e.g. offshore installations or mountainous infrastructure), ensuring no site is left behind due to logistical complexity.

Governance (G): Transparency, Compliance, and Ethical Standards

Governance in ESG relates to how a business is run—its transparency, regulatory compliance, and risk management. Rope access supports good governance through:

Regulated practices : Rope access is governed by internationally recognised bodies, such as IRATA, which require member companies to follow strict operating procedures, ethical standards, and audit processes.
Clear documentation and traceability : Maintenance work carried out via rope access is fully reportable, with detailed inspection logs, photographic evidence, and real-time reporting systems—ensuring accountability.
Reduced legal and reputational risk : By opting for a safer, less invasive form of access, companies reduce the likelihood of accidents, delays, insurance claims, or fines due to environmental disruption.
Sustainable procurement : Partnering with rope access providers who use eco-conscious practices , ethical labour policies, and proper waste management contributes to responsible supply chain governance.

By integrating rope access into their operations, companies can meaningfully advance their ESG performance , meet compliance requirements, and satisfy the expectations of regulators, investors, and the public.

Rope Access in Heritage and Conservation Work

Preserving the UK’s historic buildings and monuments often presents unique challenges. Traditional methods can risk damaging delicate stonework, require intrusive scaffolding, or violate conservation policies.

Rope access offers a non-invasive alternative . Our technicians can carry out conservation cleaning, masonry inspections, and gutter maintenance with precision—without impacting the integrity of historic architecture. In these cases, sustainable maintenance also means preserving cultural heritage for future generations.

Learn More About Dangle Rope Access Today

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland, Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading rope access company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Overcoming Myths About Rope Access

Despite its growing adoption across a wide range of industries, rope access is still surrounded by misconceptions. These myths can cause businesses to overlook one of the safest, most efficient, and most sustainable maintenance solutions available today. Let’s clear up some of the most common misunderstandings:

Rope Access Services

Fri, 25 Apr 2025 15:36:21 GMT

Top Rope Access Services You Didn't Know About

When most people hear the term rope access services , they often picture high-rise window cleaners or oil rig maintenance workers suspended dozens of metres above ground. While those are certainly key applications, the capabilities of rope access services extend far beyond these traditional images. In fact, rope access has become a vital solution across a wide range of industries, enabling safe, cost-effective, and versatile work in challenging environments.

In this article, we dive into some of the lesser-known but highly impactful uses of rope access services , and how Dangle—one of the UK's leading providers—is delivering these services across the country and worldwide.

Wind Turbine Blade Inspection and Repair

The global shift toward renewable energy has created enormous demand for wind power, and with it, a growing need for ongoing maintenance of wind turbines. These tall structures, often in remote or offshore locations, pose unique challenges for access and inspection. This is where rope access services truly shine.

Rope Access Key Benefits:

Access to Difficult Locations: Rope access enables technicians to reach blade tips and nacelles with ease, avoiding the need for costly cranes or mobile platforms.
Operational Efficiency: Minimal setup time and reduced downtime mean wind farms stay productive.
Cost-Effective Maintenance: Eliminates reliance on heavy equipment, making repairs and inspections significantly more affordable.

Rope Access Industry Insight:

According to the Global Wind Energy Council ( GWEC ), global wind energy capacity reached an impressive 743 gigawatts (GW) by the end of 2023, marking a significant milestone in the transition towards cleaner, more sustainable energy sources. Europe remains a key player in this movement, accounting for approximately 40% of the total installed capacity, with countries like the UK, Germany, and Denmark leading the charge in both onshore and offshore wind development. As the scale and complexity of wind farms continue to grow, so too does the need for effective and efficient wind turbine maintenance solutions—particularly for turbine blades, which are prone to wear and damage from weather, erosion, and operational stress. In response to this demand, rope access services have emerged as the preferred method for many wind energy providers.

Bridge Maintenance and Inspection

Bridges are critical infrastructure, and their upkeep is essential for public safety. However, many parts of a bridge—such as undersides, support columns, or archways—are extremely difficult to access using traditional means. Rope access services provide a safer and more flexible solution.

Rope Access Key Benefits:

Non-Intrusive Setup: No need for large equipment or road closures in most cases.
Enhanced Safety: Rope access technicians are certified to IRATA standards and trained to work in high-risk environments.
Precise Access: Ideal for reaching areas like soffits, piers, and cable anchorages.

Rope Access Industry Insight:

Over the past decade, the UK government has invested more than £15 billion into the upkeep and modernisation of national bridge infrastructure. This significant funding has supported the inspection, repair, and strengthening of thousands of bridges across the country, from rural crossings to major urban transport links. As the infrastructure network ages and demands on it increase, ensuring the integrity and safety of these structures has become more critical than ever. A substantial portion of this investment now incorporates rope access services , which have proven to be an invaluable tool for engineers and maintenance teams. Particularly on complex and difficult-to-reach structures—such as suspension bridges, cantilever spans, and arch bridges—rope access enables highly trained technicians to carry out detailed inspections, non-destructive testing, structural repairs, and corrosion protection without the need for disruptive scaffolding or costly under-bridge units.

Telecommunications Tower Maintenance

Modern communication relies heavily on a vast network of towers, antennas, and masts. These structures must be regularly maintained to ensure consistent signal strength and data transmission. For this, rope access services offer unmatched speed, safety, and adaptability.

Rope Access Key Benefits:

Fast Deployment: Ideal for urgent repairs or rapid upgrades.
Minimal Disruption: Work can be completed without interrupting service or requiring shutdowns.
Low Cost: Avoids the use of helicopters or large lift machinery.

Rope Access Industry Insight:

With mobile device usage continuing to rise globally—surpassing 8.9 billion subscriptions in 2023—the demand for tower inspections and upgrades has never been higher. This exponential growth in mobile and data consumption has placed unprecedented pressure on telecommunication providers to expand network coverage, upgrade equipment, and maintain the structural integrity of towers and masts. Ensuring uninterrupted service requires frequent inspections, routine maintenance, and the swift deployment of new technology, such as 5G transmitters and antenna arrays. In response, rope access services have become a go-to method for telecom companies seeking a rapid, cost-effective, and low-impact solution.

Confined Space Entry for Industrial Inspections

From chemical plants to power stations, industrial facilities are full of confined spaces—tanks, boilers, silos, pipelines—that are difficult and dangerous to access. Rope access services enable trained professionals to enter and work safely in these environments.

Rope Access Key Benefits:

Superior Safety: Rope access practitioners follow strict safety protocols for entry, ventilation, and emergency rescue.
Operational Continuity: No need to dismantle equipment or shut down processes entirely.
Versatility: Ideal for internal inspections, cleaning, and minor repairs.

Rope Access Industry Insight:

The UK’s Health and Safety Executive ( HSE ) reported 27 fatalities between 2011 and 2021 due to accidents in confined spaces. With the use of rope access, safety records improve significantly due to comprehensive risk management and emergency planning. This proactive approach to safety not only reduces the likelihood of accidents but also enhances the overall efficiency of confined space work by allowing teams to complete their tasks quickly and effectively, without compromising on safety.

Heritage Building Restoration

Preserving historic buildings presents a delicate challenge: maintain their structural integrity without damaging their architectural heritage. Rope access services offer a gentle, precise method of restoration and maintenance, without the intrusive scaffolding that can mar or even harm delicate façades.

Rope Access Key Benefits:

Preservation-First Approach: No drilling or anchoring that could damage stonework or detail.
Visual Clarity: Allows full visibility of the structure during restoration.
Discreet Operations: Perfect for listed properties in residential or urban areas.

Rope Access Industry Insight:

Historic England —the public body tasked with safeguarding England's historic environment—has allocated over £100 million towards the preservation and restoration of heritage buildings over the past few years. This funding is part of an ongoing effort to protect the UK's rich cultural heritage, which includes some of the world's most iconic and architecturally significant structures. Today, rope access services have become the preferred solution among conservationists, architects, and heritage building specialists for projects that require both precision and sensitivity. Rope access allows skilled rope access technicians to reach otherwise difficult-to-access areas such as high walls, ornate roofs, and intricate stonework without the need for intrusive scaffolding or cranes, which can sometimes obscure or damage the building's historical features.Whether it’s repairing weathered stone facades, restoring historic ironwork, or cleaning stained-glass windows, rope access offers an efficient, flexible, and cost-effective way to preserve the beauty and heritage of these cherished buildings, all while minimising disruption to the surrounding environment.

Underwater Inspections and Maintenance

When we think of inspections and repairs, we often forget what lies below the waterline. Rope access services are now being integrated with commercial diving operations to facilitate underwater inspections and repairs on structures like harbour walls, wind turbine foundations, bridge piers, and offshore platforms.

Rope Access Key Benefits:

Surface-to-Subsea Integration: Rope access divers can seamlessly transition from topside rigs into the water.
Safety-First Execution: Operates within Industrial Rope Access Trade Association ( IRATA ) and International Marine Contractors Association ( IMCA ) standards for dual-safety compliance.
Cost and Time Savings: Reduces the need for remotely operated vehicles (ROVs), barges, and elaborate dive spreads.

Rope Access Industry Insight:

According to the Subsea UK Business Activity Review , the demand for underwater inspection services has surged by an impressive 18% since 2020, reflecting the increasing need for accurate, efficient, and cost-effective solutions in the subsea and marine industries. This growth is driven by several factors, including the expansion of offshore energy projects—such as oil and gas rigs, offshore wind farms, and tidal energy generators—as well as the ageing infrastructure of coastal and port facilities. As the complexity and scope of these projects increase, so does the need for detailed inspections and ongoing maintenance of submerged assets. One of the most significant advancements in the field has been the rise of integrated rope access and diving teams . This integrated approach has become the new standard for marine infrastructure projects, particularly in tidal zones and remote offshore locations , where access can be challenging, and downtime must be minimised.

Learn More About Dangle Rope Access Today

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Protective Coatings

Mon, 07 Apr 2025 08:37:44 GMT

The Science Behind Protective Coatings

Protective coatings play a crucial role in safeguarding industrial structures, machinery, and infrastructure from corrosion , weathering, chemicals and mechanical wear. These coatings are more than just paint—they are engineered to provide long-term durability, efficiency and resistance to harsh environmental conditions.

However, choosing the right protective coating is not as simple as picking a colour or brand. The science behind coatings involves understanding material properties, environmental exposure and application techniques. Selecting the wrong coating can lead to premature failures, costly repairs, and even safety risks.

In this guide, we will explore the science behind protective coatings , the different types available, how to choose the right one, and why hiring a specialist like Dangle is critical for ensuring long-term success in coating projects.

What Are Protective Coatings?

Protective coatings are specialised paints designed to extend the lifespan of structures and equipment by forming a semi-permeable barrier against damaging elements in the environment in which they are placed. Unlike standard decorative water based paints, these industrial coatings prioritise functionality and safety, offering corrosion resistance, chemical protection, UV stability, and mechanical durability.

Industries such as construction, oil and gas, marine, renewables and manufacturing rely on protective coatings to maintain the integrity of critical assets, including bridges, offshore platforms, windfarms, pipelines and heavy machinery.

How Do Protective Coatings Work?

The effectiveness of a protective coating depends on several key factors:

• Adhesion – How well the coating bonds to the substrate.

• Cohesion - How well the coating bonds to the paint underneath in a multi coat system.

• Permeability – Resistance to water and air penetration.

• Chemical Resistance – Ability to withstand exposure to aggressive chemicals.

• Mechanical Durability – Resistance to impact, abrasion and physical stress.

• Ultra-Violet Resistance - Resistance to exposure from sunlight (UV rays) over time.

Modern coatings often incorporate advanced additives, such as corrosion inhibitors, UV stabilisers and fire-retardant compounds, to enhance performance and extend the life of industrial assets.

Types of Protective Coatings

Different coatings offer varying levels of protection, and selecting the right one depends on environmental conditions and material compatibility.

Epoxy Coatings

Best for: Industrial flooring, pipelines, steel structures, chemical plants.

Why? Epoxies provide excellent adhesion, chemical resistance, and durability.

Strong adhesion to metal and concrete.

Resistant to chemicals, solvents, and moisture.

Smooth matt layer.

Polyurethane Coatings

Best for: Outdoor structures, marine environments, high-traffic areas.

Why? Polyurethanes offer superior UV resistance and flexibility.

Weather-resistant and UV-stable.

Good abrasion and chemical resistance.

Remains flexible, preventing cracking.

Zinc-Rich Coatings

Best for: Steel bridges, offshore platforms, pipelines.

Why? These coatings provide sacrificial anodic corrosion protection.

Excellent long-term rust prevention.

Ideal for highly corrosive environments.

Usually requires very thorough surface preparation.

Acrylic Coatings

Best for: Commercial buildings, light industrial applications.

Why? Acrylic coatings are fast-drying and cost-effective.

Lower VOC (volatile organic compounds) missions than typical Epoxy or Polyurathane paints making them more environmentally friendly.

Quick drying and easy to apply.

Intumescent Coatings

Best for: Fireproofing steel structures in buildings and industrial facilities.

Why? These coatings expand when exposed to fire, creating an insulating barrier.

Essential for fire safety in structural applications.

Compatible with various surfaces.

Requires precise application to maintain effectiveness.

May need additional weather-resistant topcoats.

Water Based Coatings

Best for: Durability and environmental safety

Why? These coatings are quick-drying, low in volatile organic compounds (VOCs).

Low VOC emissions and environmentally friendly.

Quick drying and easy to apply.

Technology advances in paint manufacture mean higher volume solids (V/S).

How to Choose the Right Protective Coating

Selecting the best protective coating involves several considerations. For more detailed information on how much paint your project may need please see our other blog post on Coating Calculations .

Environmental Factors

• Marine environments – Require coatings with an ability to withstand saltwater and moisture.

• Chemical exposure – Industrial settings need coatings resistant to acids, solvents, and oils.

• UV exposure – Outdoor structures should have UV-resistant coatings like polyurethanes.

Surface Material

• Steel – Needs anti-corrosion coatings such as zinc-rich primers or epoxies.

• Concrete – Requires coatings that resist water penetration and chemical attack.

• Wood – Must be protected from moisture, UV exposure, and decay.

Application Methods

• Brush and roller – Suitable for small areas or detailed work.

• Spray application – Best for large, complex surfaces requiring uniform coverage.

• Dipping and immersion – Ideal for coating components needing full coverage.

Longevity and Maintenance

• Long-term protection – Epoxies and zinc-rich coatings offer extended durability.

• Ease of maintenance – If frequent re-coating is needed, the coating should allow easy reapplication with long overcoating intervals for chemical cohesion.

Overcoating Intervals & Curing Times

• Extended Overcoating – Allows over coating with fresh paint for longer durations for cohesion.

• Drying Times – The longer the curing time of the paint usually means the longer the item thats been painted is out of service.

Surface Preparation Prior to Application of Protective Coatings

Even the most advanced protective coating will fail if the surface is not properly prepared. ISO 12944 is the international standard for corrosion protection of steel structures by protective paint systems and this document describes the types of paint and paint system commonly used for corrosion protection of steel structures.

It also gives guidelines for the selection of paint systems available for different environments (see ISO 12944‑2) and different surface preparation grades (see ISO 12944‑4), and the durability grade to be expected (see ISO 12944‑1).

Common Surface Preparation Methods:

Abrasive Blasting (media blasting): Removes rust, old coatings, and contaminants.

Power Washing: Cleans dirt and grease, and loosely adhering old coatings before painting.

Chemical Cleaning: Removes oil and residues that could affect adhesion.

Pickling or Etching: Pickling and etching are metal surface treatments using acids to enhance adhesion.

Neglecting surface preparation can lead to premature coating breakdown such as peeling, blistering, and increased maintenance costs.

Choosing a Coating Specialist for Protective Coatings

While selecting the right protective coating is crucial, the success of any coating project also depends on proper application. This is where the expertise of a coating specialist becomes invaluable and Dangle are expert coating contractors.

Why Hire a Coating Specialist?

Technical Knowledge: Specialists understand the chemistry behind coatings, ensuring compatibility with different materials and environments.

Correct Surface Preparation: Professionals use industry best practices to prepare surfaces properly, maximising adhesion and durability.

Application Expertise: A specialist in the field, like Dangle ensures coatings are applied under the right conditions, with the correct thickness and drying times.

Safety Compliance: Industrial coating projects often involve working at heights , handling hazardous materials, and complying with strict safety regulations. Specialists ensure work is done safely and in accordance with industry standards.

Long-Term Cost Savings: Poorly applied coatings can lead to costly rework and premature failures. Investing in a specialist reduces these risks and extends the life of the coating.

What to Look for in a Coating Specialist

• Certifications: Look for contractors with industry-recognised certifications, such as those from ICorr ( Institute of Corrosion ) or NACE ( National Association of Corrosion Engineers now AMPP ).

• Experience: Choose a company with a proven track record in your industry.

• Customer Reviews: Check testimonials and case studies to ensure quality workmanship.

• Warranty and Support: Reliable specialists offer guarantees on their work and ongoing maintenance support.

By working with an experienced coating specialist, you can ensure that your investment in protective coatings delivers long-lasting performance and value.

Learn More About Dangle Rope Access Today

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

GWO Training Courses

Fri, 07 Mar 2025 15:09:16 GMT

GWO Training Courses: Everything You Need to Know in 2025

The Global Wind Organisation (GWO) is an internationally recognised body that sets safety and technical training standards for the wind energy sector. If you’re looking to enter or advance in the wind industry, completing and re-certifying GWO accredited training courses is essential.

This guide will provide you with an in-depth look at GWO training courses , their importance, and a brief overview of course content, and modules on offer in the UK. Whether you’re an aspiring wind turbine technician or a company ensuring your wind turbine worker safety, this post will help you understand everything about GWO training.

What is a GWO Training Course?

GWO training courses are designed to ensure the safety of workers in the wind energy sector. The training consists of standardised modules that equip individuals with the necessary skills to handle the risks associated with working on wind turbines.

GWO training is recognised worldwide, and many employers in the wind industry require workers to hold valid GWO certifications.

Why are GWO Training Courses Important?

GWO training courses are vital as they ensure wind turbine workers are equipped with essential safety and technical skills needed for high-risk environments. These courses are designed to enhance service quality, reduce operational risks, and ultimately contribute to cost-effective maintenance solutions for wind farm turbine repair and inspection.

Ensures Worker Safety

Wind turbines are located in high-risk environments, often at great heights and in remote offshore locations. GWO training provides the knowledge and practical skills to handle emergencies, reducing workplace accidents.

Industry Requirement

Many companies in the wind industry require workers to be GWO certified. Holding a valid GWO certificate improves employability and career progression.

Internationally Recognised Certification

GWO training is accepted worldwide, allowing certified individuals to work across different countries and projects.

Compliance with Safety Standards

Governments and regulatory bodies often mandate strict safety training for wind energy workers. GWO courses ensure compliance with these safety regulations

How GWO Training Courses Have Evolved Over Time

Since its establishment in 2012, GWO training has continuously evolved to meet the changing needs of the wind energy sector. As technology, safety standards, and industry demands have advanced, GWO has expanded and refined its training programs. Below are key examples of how GWO training has developed over the years.

Expansion of GWO Training Course Offerings

Initially, GWO training focused on basic safety principles with its Basic Safety Training (BST) program, which covered essential safety skills such as working at heights, first aid, manual handling, and fire awareness. Over time, additional courses have been introduced to address more specialised skills, including:

• GWO Basic Technical Training (BTT) (2017) – Designed for technicians new to the industry, covering mechanical, electrical, and hydraulic systems.

• GWO Advanced Rescue Training (ART) (2018) – Aimed at improving rescue techniques for technicians working inside wind turbines.

• GWO Enhanced First Aid (EFA) (2019) – Provides more in-depth medical training for remote wind sites.

• GWO Control of Hazardous Energies (CoHE) (2022) – Teaches safety protocols for dealing with hazardous energy sources like electricity and hydraulics.

Integration of Digital Learning & Blended Training

Initially, all GWO training had to be conducted in person. However, in response to advancements in e-learning and the need for greater accessibility, GWO introduced blended learning options. Participants are now able to complete certain modules remotely before attending in-person practical sessions. By offering hybrid courses, training has become more accessible for workers in remote locations whilst also reducing travel costs,

Improved Training Standards & Realism

As wind turbines have increased in size and complexity, GWO training has adapted to include more realistic training simulations with many centres now using advanced wind turbine nacelle simulators to replicate real working conditions. Furthermore, the expansion of offshore wind farms has led to an increased emphasis on sea survival training and emergency evacuation procedures. GWO training consistently updates to reflect the latest industry regulations and risk assessments.

Standardisation & Global Recognition

In the early days, safety training varied by region and employer. GWO training has since become the global benchmark for wind energy safety, with:

• Adoption by major wind energy companies worldwide

• Standardised training records through the WINDA database, allowing employers to verify certifications easily

• Alignment with international safety regulations, ensuring compliance with global industry standards

Focus on Sustainability & Industry Growth

As the wind energy industry expands, GWO training now includes modules that focus on sustainable work practices which focus on reducing the environmental impact and promoting long term workforce sustainability. Some providers have also begun to incorporate training on managing stress and working isolated conditions.

Types of GWO Training Courses

GWO training consists of several core modules, with additional specialized courses available for advanced roles.

GWO Basic Safety Training (BST)

The GWO Basic Safety Training (BST) is the most common course and is required for anyone working in the wind industry. It includes:

a) Working at Heights

• Use of personal protective equipment (PPE)

• Fall prevention and rescue techniques

• Safe ladder climbing and working platforms

b) Manual Handling

• Safe lifting techniques

• Reducing strain and injury risk

• Ergonomics and movement best practices

c) Fire Awareness

• Identifying fire hazards

• Fire prevention and extinguishing techniques

• Safe evacuation procedures

d) First Aid

• Basic life support and CPR

• Dealing with injuries and medical emergencies

• Safe handling of unconscious casualties

e) Sea Survival (for Offshore Workers Only)

• Survival techniques in offshore environments

• Use of life rafts and personal flotation devices

• Emergency evacuation drills

GWO Basic Technical Training (BTT)

The BTT course is designed for individuals new to the wind energy sector, covering:

• Mechanical systems

• Electrical systems

• Hydraulic systems

• Installation procedures

GWO Advanced Rescue Training (ART)

This course is essential for those involved in rescue operations at wind turbine sites. It covers advanced rescue techniques in various turbine environments.

GWO Enhanced First Aid (EFA)

A more in-depth version of the basic first aid course, covering additional medical emergency scenarios in remote locations.

GWO Slinger Signaller (SS)

This course teaches the skills required to safely lift and move heavy loads within wind turbine environments.

GWO Control of Hazardous Energies (CoHE)

This course ensures workers can identify and safely manage hazardous energy sources such as electricity, hydraulics, and mechanical systems.

Who Needs GWO Training?

GWO training is required for various professionals in the wind industry, including:

• Wind turbine technicians

• Site supervisors and managers

• Maintenance and repair personnel

• Engineers working at wind sites

• Rescue teams and safety officers

• Workers transitioning from other industries

GWO courses involve both theoretical and practical training. Attendance is mandatory, and participants must pass assessments to receive certification.

After completing the course, your certification will be registered in the WINDA database, a global system used to verify GWO training records.

The Future of GWO Training

Looking ahead of 2025, the Global Wind Organisation (GWO) is expected to continually adapt and expand its training offerings to keep pace with the rapid advancements in the wind energy sector. As the industry evolves, GWO is likely to introduce more specialised courses that cater to the unique challenges posed by emerging technologies, such as offshore wind farms, floating turbines, and advanced turbine maintenance techniques. These specialised courses will be designed to equip workers with the specific knowledge and skills needed to safely operate and maintain cutting-edge wind energy systems.

In addition, GWO is expected to further enhance its digital learning platforms, making training more accessible and flexible for workers across the globe. This could likely involve expanding virtual reality (VR) and augmented reality (AR) training tools to simulate real-world scenarios, allowing workers to practice emergency response techniques or equipment maintenance in a safe, controlled environment.

The integration of such innovative technologies will ensure that training remains both effective and engaging, while reducing the need for expensive in-person sessions.

By staying updated with GWO certifications every two years, wind energy workers can ensure they are equipped with the latest safety skills, knowledge of industry best practices, and an understanding of the latest technologies. This not only enhances the safety and efficiency of wind energy operations but also positions workers to advance in their careers as the industry continues to grow and innovate at a rapid pace.

Learn More About Dangle Rope Access Today

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Frequently Asked Questions (FAQs)

Rope Access Jobs

Sat, 15 Feb 2025 15:54:03 GMT

Rope Access Jobs: The Ultimate Guide to This Thrilling Career Path

Rope access jobs are becoming an increasingly popular career choice for those looking for an adventurous, yet rewarding job. From high-rise buildings to offshore platforms, rope access technicians play a crucial role in a wide variety of industries. In this blog post, we’ll explore what rope access jobs entail, the skills and qualifications required, how to get started, and the many benefits and opportunities in this growing field.

What Are Rope Access Jobs?

Rope access jobs involve the use of ropes and specialised equipment to access difficult-to-reach areas. This method is often used in industries like construction, oil and gas, telecommunications, and renewables, where workers need to carry out tasks at height or in confined spaces. Rope access technicians are trained to work safely and efficiently in environments that are hazardous or hard to reach using another method outside of traditional means such as scaffolding or cranes.

The primary purpose of rope access is to provide a safe, cost-effective, and time-efficient solution for performing various tasks at height. Workers are typically required to ascend, descend, or traverse the structure using ropes, harnesses, and other climbing equipment.

Types of Rope Access Jobs

Rope access jobs span across a wide range of industries and applications. Some of the most common types of rope access jobs include:

Building Maintenance and Cleaning

Rope access technicians are often hired for cleaning high-rise windows, facades, and roofs. Their ability to safely descend and work on tall buildings without the need for scaffolding or cranes makes them a popular choice for these jobs.

Industrial Maintenance

Industrial sites, such as oil rigs, refineries, and power plants, often require rope access for maintenance tasks like painting , welding, and inspection . These tasks are usually carried out in environments that are difficult to access and pose significant risks.

Inspection and Surveying

Rope access is commonly used for inspections of structures like bridges, dams, chimneys, and wind turbines. Technicians use rope access to carry out detailed inspections and surveys, ensuring that structures remain safe and compliant with regulations.

Emergency Rescue

Rope access can also be used in rescue operations, such as saving people trapped in hard-to-reach locations or extracting injured workers from dangerous environments. The speed and efficiency of rope access make it invaluable in critical situations.

Telecommunications

Many telecommunications towers and transmission lines are situated in remote or difficult-to-reach areas. Rope access technicians are often tasked with the installation, maintenance, and inspection of antennas and cables on these towers.

Offshore and Marine

Rope access is widely used in offshore and marine industries, where workers carry out maintenance on platforms, ships, and subsea structures. This includes activities like corrosion control, painting, and structural inspections.

Skills and Qualifications Required for Rope Access Jobs

Rope access jobs require a specific set of skills and qualifications to ensure safety and efficiency. While each job may have different requirements depending on the industry, the core competencies for a rope access technician remain the same.

Rope Access Training and Certification

In the UK, the primary certification for rope access technicians is provided by the Industrial Rope Access Trade Association (IRATA). To become a qualified rope access technician, individuals must complete a recognised training course. The course is divided into three levels:

• Rope Access Level 1: This is the entry-level certification for those starting out in the industry. Level 1 technicians can work under the supervision of a more experienced technician and perform basic rope access tasks such as rope handling and rigging.
• Rope Access Level 2: A Level 2 technician can work independently and carry out more complex tasks, including rigging ropes and managing equipment. This level requires a higher level of skill and experience.
• Rope Access Level 3: Level 3 technicians are the most experienced and often hold supervisory roles. They are responsible for managing teams, overseeing safety procedures, and ensuring the successful completion of complex rope access operations.

To maintain certification, rope access technicians are required to complete refresher courses and pass periodic re-evaluations.

Health and Safety Knowledge

Since rope access work is often carried out in hazardous environments, it’s crucial for technicians to have a solid understanding of health and safety protocols. Workers must be able to identify risks, implement safety measures, and respond quickly in case of emergencies.

Many companies require rope access technicians to hold a valid First Aid at Work certificate and confined space training. Understanding how to use personal protective equipment (PPE) such as helmets, harnesses, and ropes is also essential for ensuring the safety of the technician and their team.

Physical Fitness

Rope access jobs require a certain level of physical fitness. Technicians need to be able to climb, carry heavy equipment, and work in challenging conditions. Physical strength, flexibility, and stamina are all important attributes for those in this line of work. Additionally, technicians should not suffer from conditions such as vertigo or a fear of heights, as these can be dangerous in this profession.

Problem-Solving and Communication Skills

Rope access technicians are often required to solve problems quickly and effectively. Whether it’s figuring out the best way to rig ropes or responding to an unexpected change in weather, strong problem-solving abilities are crucial for success.

Additionally, effective communication is essential, especially when working in teams. Rope access technicians often rely on their colleagues to ensure safety and coordinate actions, so clear communication is vital to avoid mistakes and accidents.

How to Get Started in Rope Access Jobs

If you’re interested in starting a career in rope access, there are a few key steps you’ll need to take:

Undertake Rope Access Training

The first step is to complete an IRATA-approved rope access training course. The course will teach you everything you need to know about rope access techniques, equipment, and safety procedures. The training typically lasts for several days, and you’ll be assessed to ensure that you meet the necessary competency standards.

Once you’ve completed the training, you’ll receive your certification, which is recognised globally and will enable you to begin working in rope access jobs.

Gain Rope Access Experience

Once you have your certification, the next step is to gain practical experience. Entry-level positions will typically require you to work alongside more experienced technicians, helping with tasks like rigging ropes and operating safety equipment. As you gain experience, you can begin to take on more responsibilities and work independently.

Specialise in a Specific Industry

Many rope access technicians choose to specialise in a specific industry, such as offshore oil rigs, telecommunications, or construction. Specialising in one sector can provide you with more targeted job opportunities and higher earning potential.

Stay Up-to-Date with Training and Certification

The rope access industry is constantly evolving, so it’s important to stay current with new techniques and safety standards. Regularly updating your training and certifications will ensure that you remain qualified and competitive in the job market.

The Benefits of Rope Access Jobs

Rope access jobs offer a variety of benefits that make them an attractive career choice for many people. Some of the key advantages include:

1. Competitive Salary

Rope access technicians are generally well-compensated for their work, especially as they gain experience and move up to higher levels of certification. Salaries vary depending on the industry and location, but technicians can often earn a good wage, with the potential for overtime and bonuses taking possible expected earning to £60,000 - £70,000 a year before tax.

2. Variety of Work

One of the most exciting aspects of rope access jobs is the variety of work on offer. From cleaning windows on skyscrapers to inspecting offshore oil rigs with the right certification, so no two days are usually the same, and term multi-disciplined is what keeps techs busy. This makes the job highly engaging and rewarding for those who enjoy new challenges.

3. Adventurous Career

For those who love adventure and the great outdoors, rope access jobs provide the perfect opportunity to work in some of the most thrilling environments. Whether it’s abseiling down the side of a building or working on a wind turbine in the middle of the ocean, rope access work can be incredibly exciting and unique.

4. Job Security

As industries such as construction, offshore drilling, renewable energy and telecommunications continue to grow, the demand for qualified rope access technicians is expected to rise, with the latest figures suggesting there is more than 300,000 professionally trained around the globe. This means there are plenty of opportunities for those looking to build a long-term career in the field.

5. Work-Life Balance

Many rope access jobs offer flexible schedules, which can allow for a good work-life balance. The nature of the work means that technicians often work in concentrated bursts, allowing for periods of downtime in between projects. This can be ideal for those seeking a career that allows for personal time.

Rope access jobs are a rewarding and adventurous career option for those who enjoy working at heights and in challenging environments. Whether you’re interested in maintenance, inspection, or emergency rescue, there are numerous opportunities in various industries. With the right training and certification, you can embark on a successful career that offers competitive salaries, job security, and the thrill of working in exciting locations.

If you’re ready to take the plunge and start your rope access career, make sure to invest in the proper training and gain the experience needed to succeed. By doing so, you’ll unlock a world of opportunities in this dynamic and growing field.

Learn More About Dangle Rope Access Today

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Stadium Maintenance

Fri, 31 Jan 2025 17:59:38 GMT

Stadium Maintenance: The Role of Rope Access in Overcoming Height and Structural Challenges

Stadium maintenance for venues across the UK, involves some of the most intricate and expansive structures in contemporary architecture seen today, acting as stages for sports, concerts, and major public events. Upholding these vast facilities presents a considerable challenge for stadium ownders, particularly concerning their height and structural complexities. Conventional maintenance methods typically necessitate scaffolding, cranes, or aerial lifts, which can be expensive, labor-intensive, and disruptive.

One of the most efficient solutions to these challenges is rope access —allowing workers to reach difficult-to-access areas safely and efficiently. This method is gaining popularity in stadium maintenance due to its cost-effectiveness, flexibility, and minimal disruption to operations.

In this article, we’ll explore the unique maintenance challenges stadiums face and how Dangle provides an optimal solution using roped access.

Challenges to Stadium Maintenance

The Complexity of Stadium Structures

Stadiums are complex structures, characterised by vast seating areas, towering roofs, intricate facades, and large steel frameworks. The sheer scale of these elements creates significant maintenance challenges. Many components, such as lighting systems, signage, and ventilation ducts, are located at great heights, making them difficult to reach using conventional methods. Additionally, modern stadium designs often feature curved or cantilevered elements, which complicate the placement of scaffolding or aerial lifts. Structural sensitivity is another factor, as certain materials—such as glass panels and lightweight roofing—require careful handling to avoid damage during maintenance.

Safety Considerations

Beyond structural complexity, safety is a primary concern when performing maintenance at extreme heights. Traditional access solutions, such as scaffolding and aerial platforms, come with inherent risks. Erecting and dismantling scaffolding is labour-intensive and increases the potential for falls, while aerial lifts and cranes can be hazardous in high winds and adverse weather conditions. In many stadiums, space constraints further limit the feasibility of large machinery, restricting access to critical maintenance points.

Cost and Time Constraints

Cost and time constraints also play a significant role in stadium maintenance planning. Because these venues frequently host major events, any maintenance work must be conducted efficiently to minimise downtime. Traditional methods often involve high costs due to equipment rentals, labour-intensive setups, and lengthy execution times. The need for extensive scaffolding or heavy equipment can also interfere with scheduled games and concerts, resulting in revenue losses for stadium operators. Given these challenges, more stadium managers are adopting rope access as an efficient scaffolding alternative .

To address these challenges, stadium owners and facility managers are increasingly turning to rope access techniques for efficient and cost-effective stadium maintenance .

Rope Access for Stadium Maintenance

Enhanced Safety

One of the biggest advantages of rope access is its enhanced safety. Unlike scaffolding, which requires extensive assembly and dismantling, or cranes, which can be unstable in poor weather conditions, rope access provides a controlled and secure way to work at height. The use of dual-rope systems ensures redundancy, significantly reducing the risk of falls. Additionally, rope access technicians undergo rigorous certification and rope access training in safety procedures, including rescue operations and hazard mitigation. Because this method does not place excessive weight or pressure on stadium structures, it minimises the risk of damage, making it ideal for maintaining sensitive materials like glass and lightweight roofing.

Cost-Effectiveness

Cost-effectiveness is another major benefit of rope access. Traditional stadium maintenance solutions often require expensive scaffolding rentals, large machinery, and a sizeable workforce, all of which contribute to high operational costs. In contrast, rope access eliminates the need for heavy equipment and reduces labour costs, as a smaller, highly skilled team can complete tasks more efficiently. The quick installation and removal of rope systems further reduce expenses associated with setup and dismantling.

Minimal Disruption to Stadium Operations

Minimal disruption to stadium operations is a critical factor in choosing a stadium maintenance method, and rope access excels in this regard. Because it requires less setup time than scaffolding or aerial lifts, it allows maintenance tasks to be carried out quickly and discreetly. Stadiums with tight schedules can benefit from the flexibility of rope access, as work can be conducted during off-peak hours or between events. Since technicians work from ropes rather than standing structures, there is no obstruction to seating areas, entrances, or field visibility.

Access to Hard-to-Reach Areas

Another key advantage of rope access is its ability to reach difficult areas. Stadiums often feature architectural elements that are challenging to maintain using conventional methods, such as high roof structures, suspended signage, and intricate facades. Rope access technicians can descend vertically along stadium walls for facade cleaning, manoeuvre across large steel frameworks for structural inspections, or position themselves precisely for electrical repairs. The versatility of this technique makes it an ideal choice for a wide range of stadium maintenance tasks.

Stadium Maintenance Solutions Using Rope Access

Structural Inspections

One of the most important applications of rope access in stadium maintenance is structural inspection. Regular inspections are necessary to identify corrosion, material fatigue, and hidden defects that could compromise safety. Rope access technicians can examine steel frameworks, assess the condition of support beams, and conduct ultrasonic testing to detect internal flaws.

Cleaning and Painting

Another essential aspect of stadium maintenance is cleaning and painting. Over time, stadiums accumulate dust, dirt, and environmental pollutants that can degrade their appearance and structural integrity. Rope access allows technicians to clean large glass panels, metal cladding, and concrete facades with precision. In addition, protective coatings and anti-corrosion treatments can be applied to steel structures to prolong their lifespan.

Roof and Gutter Maintenance

Maintaining stadium roofs and gutters is crucial for preventing leaks and water damage. Rope access enables technicians to perform gutter cleaning, ensuring proper drainage and reducing the risk of flooding. It also allows for targeted roof repairs, such as sealing leaks, replacing damaged panels, and securing loose components.

Lighting and Electrical Work

Lighting and electrical maintenance are also made easier with rope access. Many stadiums rely on high-mounted floodlights and electronic displays, which require periodic bulb replacement and fixture repairs. Rope access provides a safe and efficient way to perform these tasks, as well as to inspect electrical wiring and identify potential faults.

Bird and Pest Control

Additionally, stadiums often struggle with bird and pest control. Large structures attract birds, which can create hygiene issues and damage equipment. Rope access technicians can install deterrents, such as netting and spikes, to prevent nesting in sensitive areas. They can also remove bird droppings and debris from ledges, ensuring that seating areas and walkways remain clean.

Request a Free Consultation with Dangle Rope Access Today

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Scaffolding Alternatives

Mon, 13 Jan 2025 20:36:36 GMT

Scaffolding Alternatives: The Advantages of Rope Access for Your Next Project

When it comes to industrial maintenance , construction, or even intricate inspections , the traditional methods of scaffolding often come with a host of challenges, like high costs, time-consuming setup, safety risks, and the need for large crews. As the demand for efficient, cost-effective, low emissions and innovative solutions rises, scaffolding alternatives are gaining traction in the UK.

One such alternative that has revolutionised access across a range of industries, is rope access .

In this article, we’ll explore why rope access is becoming one of the most sought-after scaffolding alternatives, especially when it comes to improving safety, saving time, and reducing costs. We’ll also take a closer look at how Dangle , an industry leader in rope access services, can help your business achieve superior results through this innovative solution.

Understanding Rope Access

Rope access is a highly specialised technique that allows professionals to safely ascend, descend, and traverse various structures using ropes, harnesses, and other fall protection equipment. It has been used for decades in industries such as construction, building maintenance, oil and gas, and utilities, and it has proven to be an effective alternative to traditional scaffolding. Read more about the history of rope access and how it evolved from caving in another one of our in depth blog posts, or read on here, about what is rope access .

The technique involves highly trained personnel known as rope access technicians , who are certified by recognised organisations such as IRATA (Industrial Rope Access Trade Association) or SPRAT (Society of Professional Rope Access Technicians). These experts use advanced rope systems to reach difficult or elevated locations, performing tasks like inspections, repairs, and installations with precision.

The Growing Demand for Scaffolding Alternatives

Scaffolding has long been the go-to solution for accessing high or hard-to-reach areas. However, it comes with its own set of limitations:

1. Time-Consuming Setup: Building scaffolding for large or complex projects often requires significant lead time and a considerable workforce of scaffolders.

2. High Costs: Materials, labor, and rental costs can add up quickly, especially for large-scale operations.

3. Safety Concerns: If not constructed or maintained properly, scaffolding can pose a significant risk to workers and the public, and requires regular 7 day inspections.

4. Space Requirements: Scaffolding takes up a large footprint and can limit access to the surrounding environment, making it challenging for projects in densely populated areas.

These limitations are prompting many companies to consider scaffolding alternatives like rope access, which addresses many of the challenges associated with traditional methods, and has a superior safety record.

The Key Benefits of Rope Access

Cost-Effectiveness

One of the most significant advantages of rope access over scaffolding is its cost-effectiveness. Setting up and maintaining scaffolding involves considerable expenses, including material costs, labor, and equipment rentals. Rope access, on the other hand, requires fewer personnel and less equipment, significantly reducing overhead costs.

With rope access, you don’t need to worry about the extensive groundwork, permits, weekly scaffold inspections or scaffolding materials. The equipment required for industrial rope access is compact, lightweight, and can be easily transported to the work site, reducing logistical complexity and set up.

For many businesses, this can translate into significant savings, especially for projects that need frequent or temporary access. By choosing Dangle’s rope access services , you can reduce your overall project costs while still achieving outstanding results, in rapid time.

Speed and Efficiency

Rope access offers unparalleled speed and efficiency, making it an ideal scaffolding alternative for projects with tight deadlines. The setup process for rope access is far quicker than that of traditional scaffolding. While scaffolding may take days or even weeks to be built depending on the size of the structure, rope access teams can typically mobilise and begin work within hours of arriving at the work site.

Moreover, rope access technicians are highly skilled and trained to complete their tasks efficiently and safely, minimising downtime and improving productivity. This speed can help businesses meet deadlines more effectively, keeping projects on schedule and within budget.

For example, Dangle’s rope access technicians can perform a variety of tasks, from window cleaning to conducting building inspections, without the need for lengthy setup times, helping you complete your projects in a fraction of the time it would take using scaffolding.

Safety and Risk Mitigation

Safety is always a priority on any construction or maintenance project. While scaffolding is generally safe when erected properly, it still presents a number of risks. These include structural failure, falling debris, and the possibility of workers being injured during the setup or takedown process, not to mention the need to have extra personnel on the scaffold once constructed to perform the work required.

Rope access offers an added layer of safety by minimising the risks associated with scaffolding. Since rope access doesn’t require large structures to be built, the risks of collapse, instability, and other structural issues are eliminated. Additionally, rope access technicians undergo rigorous safety training for work at height, to ensure they follow the highest standards of fall protection and risk management.

With Dangle , our rope access specialists are fully certified and highly trained in the latest safety protocols for height works. We adhere to strict safety regulations to ensure that every project is completed safely and securely, minimising the likelihood of accidents on the job.

Minimal Disruption and Flexibility

Another major advantage of rope access is the minimal disruption it causes to the surrounding environment. Scaffolding can take up significant space, obstruct pedestrian pathways, or limit access to nearby areas. This can be problematic in dense urban environments, where space is at a premium.

Rope access, on the other hand, is far less intrusive. Technicians can access even the most challenging locations without disrupting the surrounding area. Whether it’s working on the exterior of a high rise building, performing inspections on an offshore oil rigs derrick, or repairing communication towers near busy roads, rope access can be adapted to a wide variety of settings.

Dangle offers flexible and adaptable solutions that are tailored to your unique needs. No matter how complex or unusual your project is, we can provide efficient and non-disruptive access.

Access to Hard-to-Reach Locations

One of the primary benefits of rope access is its ability to provide access to difficult or hard-to-reach locations. Scaffolding is limited by the need for a stable base and space to erect structures, meaning it’s not always suitable for projects in confined or complex environments.

Rope access, however, can reach places that scaffolding simply cannot. This is particularly useful in industries such as oil and gas, telecommunications, and construction, where work is often required in precarious or high-altitude locations, often on uneven, unstable ground or above water.

Rope access can be used to perform inspections, repairs, and maintenance on structures such as bridges, wind turbines, high rise buildings, pylons and pipelines, without the need for cranes or scaffolding towers. This makes it an ideal solution for projects where traditional access methods are impractical or costly.

Why Choose Dangle for Rope Access Services?

At Dangle , we are proud to offer comprehensive rope access services to industries of all types. Here are just a few reasons why we should be your first choice for scaffolding alternatives :

Certified Experts

We employ only certified and experienced rope access technicians who undergo continuous training to stay updated on the latest safety standards and industry practices. Our team is certified by leading organisations such as IRATA, ensuring that we meet or exceed the highest standards of quality and safety for work at height in the industry.

Customised Solutions

Every project is different, and we understand that one-size-fits-all solutions don’t always work. Our team will assess your specific needs and create a tailored rope access plan that ensures efficiency, safety, and cost-effectiveness. Whether it’s a large-scale industrial project or a small maintenance task, we’ve got you covered.

Cutting-Edge Equipment

We use state-of-the-art rope access equipment that is both reliable and safe from world leading manufacturer Petzl . Our equipment is regularly inspected and maintained to ensure it meets safety standards and operates at peak efficiency.

Commitment to Safety

At Dangle , safety is our top priority. Our technicians follow strict safety protocols, conduct thorough dynamic risk assessments before beginning any project, and have daily toolbox talk meetings before the start of work each day. We maintain a zero-tolerance policy for safety breaches, ensuring that every team member is always protected and all involved in working at height activities, return home safely.

Competitive Pricing

By using rope access as an alternative to scaffolding, we can offer our clients significant savings in time and money. Our efficient processes and low overheads allow us to pass those savings on to you, providing high-quality rope access services at competitive rates.

Proven Track Record

With years of experience in the industry, Dangle has successfully completed a wide range of projects across multiple sectors. From high-rise building inspections to offshore oil platform maintenance, our team has the expertise and knowledge to handle even the most challenging projects.

Make the Switch to Rope Access Today

The construction and maintenance industries are evolving, and businesses need to adapt to stay competitive with ever rising costs. Scaffolding alternatives like rope access are no longer just a niche option—they are fast becoming the preferred method for accessing high, difficult-to-reach locations with greater efficiency and safety.

With Dangle , you can take advantage of the many benefits that rope access offers, from reduced costs to faster project completion times, all while ensuring the highest levels of safety and professionalism. If you’re looking for a reliable and cost-effective scaffolding alternative, contact us today to learn more about how we can help you with your next project.

By choosing Dangle , you’re choosing a partner who understands the importance of innovation, efficiency, and safety in every aspect of your project. Let us help you take your business to new heights—literally and figuratively!

Request a Free Consultation with Dangle Rope Access Today

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Industrial Rope Access

Thu, 19 Dec 2024 18:26:49 GMT

Why Industrial Rope Access is the Safest, Most Cost-Effective Solution for Your Next Project

In today’s fast-paced and efficiency-driven industries, businesses are increasingly looking for solutions that are not only safe but also cost-effective and time-efficient. Whether it’s for building maintenance , energy inspections , or construction projects, traditional methods like scaffolding, cranes, and powered access platforms can be cumbersome, expensive, and slow. Enter industrial rope access —a versatile technique that has revolutionised how we approach tasks at height. With industrial rope access companies , customers can achieve safer, faster, and more economical outcomes—making it the ideal solution for a wide range of sectors, including construction , renewable energy , and telecommunications .

What is Industrial Rope Access?

Rope Access vs. Traditional Methods

Industrial rope access is a method of working at height where technicians use ropes and climbing techniques to access areas that are difficult to reach. Unlike traditional scaffolding or powered access platforms, which require significant setup time, space, and equipment, rope access involves minimal infrastructure, which makes it not only faster but more flexible and cost-effective.

Rope access is an adaptable solution used across many industries, including building maintenance , energy sector inspections , and telecommunications . With its ability to access confined spaces, high altitudes, and otherwise unreachable locations, rope access is an invaluable tool for projects that require efficiency, flexibility, and safety and to learn about its history and evolution please check out our detailed blog post What is Rope Access?

Key Benefits of Industrial Rope Access

Safety First: Ensuring the Highest Standards

1. Safety First

Safety is paramount in all industries, especially when working at height. IRATA ( Industrial Rope Access Trade Association ) certified rope access technicians undergo extensive training to meet the highest safety standards. With years of hands-on experience and the latest safety techniques, these professionals are well-equipped to carry out tasks in some of the most challenging and hazardous environments. Unlike traditional methods, rope access reduces the risk of falls and accidents, thanks to its precise and controlled climbing techniques, as well as the use of fall-arrest systems.

2. Cost-Effective

Industrial rope access saves companies significant amounts of money by cutting down on equipment and manpower costs. With rope access, you eliminate the need for bulky scaffolding or cranes, reducing both setup time and the need for large teams. This streamlined approach also means fewer materials and lower transportation costs. The result? A more affordable solution with no compromise on safety or quality.

3. Speed and Efficiency

Rope access can reduce project timelines by days or even weeks, as there’s no need for extensive site preparation or equipment setup. Technicians can begin work almost immediately, and in many cases, the work can be completed without shutting down operations in nearby areas. Moreover, because rope access doesn’t require heavy machinery or large structures, it has a much smaller carbon footprint, making it a more environmentally friendly option compared to traditional access methods.

4. Minimal Disruption

In industries such as construction, energy, and telecommunications, operations often need to continue unhindered while maintenance or inspections are taking place. Rope access is particularly beneficial in these settings as it requires minimal space and equipment, causing little to no disruption to surrounding activities. Whether it’s high rise window cleaning on a skyscraper or inspecting wind turbines , rope access is a non-invasive solution that gets the job done efficiently and safely.

Applications for Industrial Rope Access

Industrial rope access is not limited to one industry or task—it’s a versatile solution used in many fields to perform various tasks at height. Here are just a few examples:

Building Maintenance: Window Cleaning and Facade Inspections

• Building Maintenance : Whether it’s window cleaning, façade inspections, or repairs, rope access is ideal for tasks that require access to hard-to-reach places. Rope access work enables tasks at height to be carried out quickly and safely without the need for scaffolding or cranes.

Energy Sector: Wind Turbine and Overhead Power Lines

• Energy Sector : Rope access is commonly used in the inspection and maintenance of wind turbines , power lines , pylons , and oil rigs . These structures are often located in remote or hazardous locations where traditional access methods would be impractical.

Telecommunications: Tower Inspections and Maintenance

• Telecommunications : Steel lattice tower inspections, antenna maintenance, and painting are all routine tasks in the telecommunications industry that benefit greatly from rope access. Technicians can safely access high towers and work in confined spaces to ensure smooth operations.

Construction: Structural Inspections and High Rise Work

• Construction : High-rise construction projects, structural inspections, and façade restoration projects all require skilled technicians who can safely access difficult-to-reach areas. Rope access eliminates the need for scaffolding, cranes, and other bulky equipment, speeding up the process and reducing costs.

Safety Standards and IRATA Certification in Industrial Rope Access

The IRATA Certification Process: What It Means For Safety

When it comes to working at height, safety is non-negotiable. In the UK, IRATA is the leading body that sets rigorous standards for rope access technicians. To be certified, technicians must undergo a comprehensive week long training program that covers everything from equipment use to emergency procedures and risk assessments. To discover more about the history of rope access , be sure to check out our in-depth blog post.

IRATA certification is widely recognised as the industry standard, ensuring that technicians are fully capable of handling the risks associated with rope access work. This certification not only gives clients peace of mind but also demonstrates a company’s commitment to maintaining the highest safety standards.

Why Choose Dangle for Rope Access Services

Dangle's Experience and Track Record

At Dangle , we pride ourselves on our years of experience, unwavering commitment to safety, and the expertise of our certified technicians. We have successfully completed a range of projects for some of the biggest names in construction, energy, and telecommunications, including:

• Robertson Construction

• Aberdeen City Council

• Hillcrest Housing Group

• Sanctuary Housing

• RWE

• Smulders

• DEME Group

• CNIM

• WEFCO

These high-profile clients are just a small hand full that trust us because we consistently deliver safe, cost-effective, and efficient solutions for complex tasks at height.

Industrial rope access is the future of working at height. Offering unmatched safety , cost-effectiveness , and speed , rope access is the preferred solution for a wide range of industries. Whether you need maintenance, inspection, or construction services, industrial rope access ensures that your project is completed on time, within budget, and with minimal disruption.

Ready to learn how industrial rope access can save your business time and money? Contact Dangle today for a free consultation and discover why we’re the experts in safe, efficient, and cost-effective rope access solutions.

Request a Free Consultation with Dangle Rope Access Today

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Steeplejack

Fri, 13 Dec 2024 18:36:54 GMT

Steeplejack Services: A Glimpse into the Evolution of an Iconic Trade

The world of steeplejacks is one of skill, precision, and bravery. These highly trained professionals have been scaling and maintaining some of the most iconic and tall structures around the world, from churches and towers to industrial chimneys and bridges. Though the term “steeplejack” may conjure images of Victorian-era workers perched on church steeples, and the very little health and safety that went with the times, the role has evolved significantly over the centuries. In this blog, we’ll explore the history of steeplejack services, the key steeplejack companies offering these services today, and how modern rope access technicians have become a natural evolution of this trade due to safety.

What Are Steeplejack Services?

Steeplejack services are highly specialised and involve the maintenance, repair, and construction of tall structures, typically those that are hard to access without specialised equipment. This includes everything from historical church steeples and clock towers to industrial chimneys, bridge spans, and communication towers. The steeplejack’s job requires a mix of climbing expertise, technical know-how, and often, a deep understanding of architecture, engineering, and conservation.

The essence of steeplejack services is about scaling heights safely and efficiently. Traditionally, steeplejacks relied on ladders, scaffolding, and ropes to reach their work areas. However, with advancements in technology and safety practices, modern steeplejacks use a combination of rope access techniques and more sophisticated tools nowadays.

The Origins of Steeplejacks

The term “ steeplejack ” dates back to the 17th century when workers in the UK began climbing tall structures like church steeples to carry out repairs and maintenance. These early steeplejacks were skilled craftsmen who used rudimentary tools to perform delicate and dangerous tasks, including painting, masonry, and even lightning rod installation.

During the Victorian era, steeplejacks were highly regarded for their daring feats and expert craftsmanship. They became a prominent part of the building and construction industry, particularly as industrialisation saw an increase in the number of tall buildings, chimneys, and other structures that required regular upkeep.

However, despite their importance, steeplejacks faced significant risks. Without modern safety equipment or proper protective gear, these workers were exposed to life-threatening dangers. Accidents were common, and the job required a level of physical strength and mental fortitude that only the most skilled and brave could handle.

The Transition to Modern Steeplejack Services

The 20th century saw many advancements in construction and engineering, and the role of the steeplejack began to evolve. The traditional methods of scaling tall structures with ladders and scaffolding gave way to more modern techniques, such as rope access . While the core of steeplejack services remains the same – working at height to maintain and repair structures – the tools and methods have become far more advanced and safer with the introduction of the Working at Height Regulations in 2005 by the UK Government.

Rope Access Technicians: The New Steeplejacks

The development of rope access techniques revolutionised the steeplejack profession. Rope access allows workers to scale buildings and structures using ropes, harnesses, and other climbing equipment, significantly reducing the need for scaffolding or ladders. This method has proven to be not only safer but also more effective and cost-effective for many types of jobs at height.

Today’s rope access technicians are highly trained professionals who can reach difficult-to-access locations using minimal equipment. They undergo rigorous training that includes climbing, rope handling, and rescue techniques, and they are equipped with the latest technology to ensure their safety.

Rope access also offers a high degree of versatility. Whether it’s for a routine inspection, cleaning, or repairing a delicate feature on a church steeple or maintaining an industrial chimney, rope access allows for quick mobilisation and reduced downtime for the client.

Steeplejack Companies: Leading the Charge in Modern Heights

Several companies today specialise in steeplejack services, offering everything from basic maintenance to more complex structural repairs. These steeplejack companies like Dangle , have embraced modern rope access techniques, making them a go-to solution for clients who need reliable, cost-effective services without compromising on safety or quality.

How to Choose the Right Steeplejack Company

Selecting the right steeplejack company is critical, particularly for challenging and high-risk projects. Here are a few key factors to consider when choosing a company:

1. Experience and Reputation:

It’s essential to select a company with proven experience in steeplejack services. Established companies will have a track record of successful projects and will be able to provide testimonials and case studies. Look for companies that have been in the business for several years and have built a solid reputation for delivering high-quality results.

2. Qualifications and Safety:

Rope access is not a job for the unqualified, and safety is paramount. Ensure that the company employs technicians with the correct qualifications, such as IRATA (Industrial Rope Access Trade Association) certification or other relevant training. Safety measures should always be a priority, with technicians trained in rescue procedures and working at height regulations.

3. Range of Services:

Depending on your needs, it’s essential to choose a steeplejack company that offers a broad range of services, from routine inspections and cleaning to emergency repairs. Companies that are versatile in their offerings can handle all aspects of maintenance and restoration, providing a comprehensive service that meets your unique requirements.

4. Insurance and Liability:

Given the inherent risks involved in working at height, ensure that the company is fully insured. This includes public liability insurance and employee insurance to protect both you and the workers. A reputable company will be happy to provide proof of their insurance.

5. Technology and Equipment:

Modern steeplejack companies use the latest equipment and technology to ensure that their workers can perform tasks with greater efficiency and safety. Look for companies that invest in up-to-date tools, such as drones for inspections, advanced climbing gear like Petzl , and modern scaffolding equipment.

The Future of Steeplejack Services: Rope Access and Beyond

As technology continues to evolve, so too will the role of steeplejack services. While rope access is currently the dominant method for working at height, we can expect future innovations to further transform the industry. For example, drones are already being used for building inspections, and in the near future, they may be employed to perform remote repairs or even carry out detailed structural assessments.

In addition to technological advancements, the demand for sustainable and eco-friendly practices is on the rise. Steeplejack services can be more environmentally conscious, with a greater emphasis on reducing carbon footprints, using green materials, and following energy-efficient processes than heavy industrial cranes or dirty diesel powered access.

The Importance of Steeplejack Services in Building Conservation

One significant area where modern steeplejack companies are making a considerable impact is in the conservation of historical buildings. Many of the iconic steeplejacks of the past worked on religious or civic buildings in Scotland, and their expertise was crucial in preserving the integrity of these structures. Today, the preservation of heritage buildings continues to be an essential part of steeplejack services.

Modern steeplejack companies specialising in building conservation work closely with architects, engineers, and conservationists to ensure that their methods are sympathetic to the building’s original materials and design. Whether it’s restoring a Victorian church tower or repairing an ancient bridge, these professionals have the skill and knowledge to maintain the character and integrity of the building.

Steeplejack Services in the Modern Era: Beyond Maintenance

Today, steeplejack services are about more than just routine maintenance. These services still help a wide range of industries, including telecommunications, renewable energy, and industrial construction. Steeplejacks are often called upon to maintain or install communication towers, wind turbines, and oil rigs, where traditional scaffolding is impractical. Their ability to work at height with minimal disruption to operations makes them indispensable in today’s fast-paced industrial world.

The Enduring Legacy of Steeplejacks

Steeplejack services have come a long way since their origins centuries ago. What began as a high-risk, highly specialised job requiring a great deal of skill and bravery has evolved into a modern profession that blends traditional expertise with cutting-edge technology. Today’s steeplejacks, whether they are scaling church spires or industrial chimneys, continue to play a vital role in maintaining and preserving the structures that are essential to our world.

As the trade continues to evolve, steeplejack companies and rope access companies are well-positioned to meet the growing demands of the modern world, from industrial applications to heritage conservation. With a focus on safety, precision, and innovation, the future of steeplejack services looks as secure as the structures these professionals maintain.

When looking for the best steeplejack companies, ensure that you partner with a reliable, experienced team that understands the complexities of working at height, like Dangle . Whether you need routine inspections, specialist repairs, or conservation work, modern steeplejack services offer the skills and expertise to tackle the job safely and effectively.

Request a Free Consultation with Dangle Rope Access Today

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company , we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance , we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Industrial Rope Access Companies

Sat, 16 Nov 2024 15:23:30 GMT

Industrial Rope Access Companies: Why Dangle Leads the Way in Scotland

In today’s fast-paced industrial environment, efficiency and safety are paramount. For many companies operating in sectors like construction, maintenance, and inspection, access to hard-to-reach areas is essential. This is where industrial rope access companies play a crucial role. These companies provide safe, effective, and cost-efficient solutions for accessing and working at heights or in confined spaces.

When it comes to leading providers of rope access services in Scotland, Dangle stands out as a top choice for businesses in need of high-quality rope access services. With years of experience and a dedicated team of certified technicians, Dangle is renowned for its industry-leading services and safety standards. In this blog post, we’ll delve into the advantages of rope access, why Dangle is a standout company in the field, and how our services can benefit businesses across right across Scotland.

What is Rope Access?

Rope access is a technique used to access difficult-to-reach areas for various purposes, including maintenance, inspection, cleaning, and installation. This method involves trained professionals using ropes, harnesses, and other specialised equipment to carry out their tasks. It is widely used across industries such as construction, energy, telecommunications, and more.

Rope access has a distinct advantage over traditional access methods like scaffolding and mobile elevated work platforms (MEWPs) because it is highly versatile, cost-effective, and minimally disruptive. The absence of large scaffolding structures or equipment reduces the time, effort, and costs associated with setting up and dismantling access systems. Additionally, rope access allows workers to safely reach tight spaces, remote areas, or elevated structures without the need for bulky machinery.

Why Choose Industrial Rope Access Companies?

Industrial rope access companies like Dangle offer many advantages over traditional methods of working at heights. Here are some of the key benefits:

Cost-Effective Abseiling Solutions

Setting up scaffolding or renting large machinery can be expensive, especially for short-term projects or tasks that require access to small or difficult areas. Rope access reduces these costs by eliminating the need for bulky scaffolding or lifts, which in turn can save time and money.

Faster Project Completion with Rope Access

Rope access teams can mobilise quickly and work in hard-to-reach areas without waiting for large equipment to be set up. This leads to faster project completion times, which is especially crucial for industries with tight deadlines.

Minimal Disruption with Industrial Abseiling

Rope access industrial abseiling is less disruptive than scaffolding, cranes or working platforms, which can block pedestrian or vehicle traffic. Since technicians work directly from ropes, the impact on the surrounding environment is minimal, making it ideal for urban areas or areas with high foot or vehicle traffic.

Elevating Versatility in Rope Access Services

Rope access services are highly versatile and can be used in a wide range of industries, from construction and building maintenance to offshore oil rigs and wind turbine inspections. This flexibility makes it an attractive option for businesses across multiple sectors.

Safety Advantages of Using Rope Access Companies

The primary focus of any rope access company is safety. Technicians are rigorously trained to work at heights, with comprehensive knowledge of the latest safety standards and practices. Rope access also significantly reduces the risk of falls, which is one of the leading causes of workplace injuries in other access methods.

Why Dangle is Leading the Way in Rope Access for Scotland

Dangle Rope Access is a prominent name in the Scottish rope access industry. With a solid reputation for delivering safe, efficient, and high-quality services, Dangle has become a trusted partner for many businesses across Scotland. Here’s why we're a leader in the field:

Experienced and Qualified Abseiling Technicians

One of the key factors that sets Dangle apart from other industrial rope access companies is the experience and qualifications of our technicians. All technicians at Dangle are fully certified by IRATA (Industrial Rope Access Trade Association), the leading global body for rope access training and certification. IRATA certification ensures that technicians meet the highest standards of safety, competency, and technical expertise.

Dangle’s team has a wealth of experience working in a wide range of industries, including construction, energy, offshore, telecommunications, and more. Whether it’s inspecting a wind turbine, carrying out building maintenance, or performing rope access for bridge inspections, Dangle’s technicians have the skills and knowledge to get the job done safely and efficiently.

Comprehensive Rope Access Services Offered by Dangle

Dangle offers a wide array of services to meet the needs of businesses across Scotland. Some of our core offerings include:

• Industrial Inspections and Maintenance:

Dangle provides expert rope access services for industrial inspections and maintenance. Our technicians use ropes to access hard-to-reach areas of infrastructure, equipment, and facilities for thorough visual and technical inspections. These inspections are vital for identifying wear and tear, damage, or potential safety hazards in industries such as energy, oil and gas, and manufacturing.

• Building Maintenance, Facade Cleaning and Repair:

Dangle offers a full suite of building maintenance services, including window cleaning, façade cleaning, and repair work. Whether it’s maintaining a high-rise office block, hotel, or industrial facility, Dangle’s team uses rope access to carry out the necessary maintenance with minimal disruption to the building’s occupants or the surrounding area.

• Industrial Paint Application and Coating Inspection :

Rope access is often the most effective solution for industrial painting and coating inspection projects, especially when it comes to structures like bridges, towers, and offshore oil rigs. Dangle’s technicians are skilled in using rope access to reach difficult areas and apply coatings or paint to protect infrastructure from weathering and corrosion.

• Confined Space Entry and Rescue:

For industries that require work in confined spaces, such as oil rigs, tunnels, or storage tanks, Dangle Rope Access is trained to carry out safe and efficient confined space entry procedures. Our teams rope access solutions allow technicians to reach confined areas quickly, with minimal setup, and ensure the highest level of safety for both the workers and the environment.

• Wind Turbine Inspection and Maintenance:

Scotland has a growing wind energy sector, and Dangle Rope Access play an integral role in maintaining and inspecting wind turbines. Using rope access techniques, our technicians can safely reach the nacelle, blades, and other components to perform essential checks and repairs.

• Offshore Working Above Water Rope Access:

Dangle is also a leader in providing offshore rope access services. Our teams are trained to work on offshore oil rigs, gas platforms, and wind farms, performing vital maintenance, inspections, and repairs in some of the harshest conditions above seawater.

Safety: The Cornerstone of Dangle Rope Access

Rigorous Safety Training & Certification Through IRATA

Safety is at the core of everything Dangle Rope Access does. Dangle's technicians undergo rigorous safety training, including working at height, rope rescue, and first aid courses, ensuring that they are fully equipped to handle the challenges of working in high-risk environments. The company follows strict safety protocols and complies with all relevant health and safety regulations to ensure that every project is completed without incident.

Dangle also performs regular safety audits and uses state-of-the-art equipment to ensure that both our technicians and clients are protected at all times. Safety is not just a priority at Dangle; it is an integral part of the companies culture, helping them maintain an impeccable safety record.

Dangle's Rope Access & Environmental Responsibility

Reducing Environmental Impact with Rope Access

As part of our commitment to sustainability, Dangle Rope Access ensures that all work is carried out with minimal impact on the environment. The use of rope access technology significantly reduces the need for large equipment, which in turn lowers emissions, noise, and the disruption to surrounding areas. By choosing Dangle, clients can be confident that their projects are being carried out in an environmentally responsible manner.

Serving Clients Across Scotland with Expert Rope Access Solutions

Rope Access Services in Major Scottish Cities

Dangle is proud to serve a diverse array of businesses across Scotland, including vibrant cities such as Edinburgh, Glasgow, Aberdeen, and Dundee. Additionally, we extend our reach to remote and rural areas that may require specialised access services tailored to unique local needs. Our commitment to travelling across the entirety of Scotland and providing a comprehensive range of services ensures that clients, whether located in bustling urban environments or more secluded rural settings, can benefit from our expertise and exceptional support. No matter where a business is situated, Dangle is dedicated to delivering high-quality services that meet the specific requirements of each individual client we meet.

Get in Touch with Dangle Rope Access for Your Next Project

When it comes to industrial rope access companies in Scotland, Dangle Rope Access is an industry leader. With a strong reputation for safety, efficiency, and reliability, Dangle is the go-to choice for businesses in need of high-quality rope access services. Whether you need building maintenance, industrial inspections, offshore services, or confined space entry, Dangle’s team of certified technicians is ready to tackle any challenge.

By choosing Dangle Rope Access, you’re partnering with a company that priorities safety, quality, and customer satisfaction. Dangle's commitment to delivering exceptional results, combined with our extensive range of services, makes them the best choice for industrial rope access solutions in Scotland.

If you’re looking for professional and reliable rope access services, don’t hesitate to get in touch with Dangle Rope Access today. Your business can benefit from our expertise and industry-leading services to ensure safe and efficient operations.

Request a Free Consultation with Dangle Rope Access Today

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

The Rise of Offshore Wind

Tue, 22 Oct 2024 18:11:16 GMT

The Rise of Offshore Wind: Harnessing Nature for a Sustainable Future

Offshore wind energy is rapidly gaining traction as one of the most promising sources of renewable energy worldwide. As countries strive to meet their climate goals and reduce reliance on fossil fuels, the growth of offshore wind farms presents a unique opportunity. This blog post will explore the intricacies of offshore wind energy, its benefits, and the essential maintenance services that companies like Dangle Rope Access provide to ensure the longevity and efficiency of wind turbines.

Understanding Offshore Wind Energy

What is Offshore Wind Energy?

Offshore wind energy refers to the generation of electricity from wind turbines located in bodies of water, typically far from shore. These turbines harness wind currents over the ocean, which are generally stronger and more consistent than those found on land. Offshore wind farms can significantly contribute to a country's energy mix, reducing carbon emissions and promoting sustainability.

The Growth of Offshore Wind

Over the past decade, the offshore wind sector has experienced exponential growth. According to the Global Wind Energy Council (GWEC), the total installed offshore wind capacity reached over 40 gigawatts (GW) in 2020, with projections indicating this could rise to 234 GW by 2030. This rapid expansion is driven by technological advancements, supportive government policies, and increasing investments in renewable energy.

Benefits of Offshore Wind Energy

Environmental Advantages

1. Reduced Carbon Emissions:

Offshore wind farms produce clean energy without releasing greenhouse gases, playing a crucial role in combating climate change.

2. Minimal Land Use:

Unlike onshore wind farms, offshore installations do not occupy valuable land space, preserving it for agriculture and habitation.

3. Biodiversity Support:

When carefully planned, offshore wind farms can enhance local marine ecosystems by providing artificial reefs and habitats.

Economic Benefits

1. Job Creation:

The offshore wind industry has the potential to create thousands of jobs in construction, maintenance, and operation.

2. Energy Independence:

By harnessing local wind resources, countries can reduce their dependence on imported fossil fuels, enhancing energy security.

3. Investment Opportunities:

As the sector expands, it attracts significant investments, driving innovation and economic growth.

Technological Innovations

Offshore wind technology has seen remarkable advancements, resulting in larger, more efficient turbines. Innovations include floating wind farms, which allow for deployment in deeper waters where winds are stronger and more consistent. These advancements not only increase annual energy output (AEO) but also reduce costs over time.

Maintenance of Offshore Wind Turbines

Importance of Regular Maintenance

To ensure the efficient operation of offshore wind turbines, regular maintenance is essential. Turbines are exposed to harsh marine environments, including saltwater corrosion, extreme weather conditions, and marine growth. Neglecting maintenance can lead to decreased efficiency, increased downtime, and costly repairs.

Dangle Rope Access: Specialists in Wind Turbine Maintenance

Dangle Rope Access is a leading provider of specialised maintenance services for offshore wind turbines. Utilising advanced rope access techniques, Dangle can perform inspections, repairs, and maintenance efficiently and safely, minimising disruption to turbine operations which in turn creates increases in Annual Energy Production (AEP).

Key Services Offered by Dangle

1. Routine Inspections:

Regular inspections are critical to identify potential issues before they escalate. Dangle employs highly trained technicians to conduct thorough assessments of turbine components, including blades, nacelles, and towers.

2. Repairs and Replacements:

Whether it’s repairing a damaged blade or replacing worn components, Dangle has the expertise and equipment to handle repairs swiftly, ensuring turbines remain operational.

3. Cleaning Services:

Marine growth and dirt can accumulate on turbine surfaces, affecting their efficiency. Dangle offers cleaning services to maintain optimal performance levels.

4. Emergency Response:

In the event of a malfunction, quick response is vital. Dangle provides rapid emergency maintenance services to minimise downtime and restore operations using rope access.

5. Data Collection and Monitoring:

Utilising advanced drone technology, Dangle can gather data on planning, land arrangement, turbine performance and blade profiling, helping operators make informed decisions about maintenance and upgrades.

GWO Wind Safety and Training

Safety is paramount in offshore wind maintenance. Dangle adheres to strict safety protocols and invests in comprehensive Global Wind Organisation training for its technicians. This commitment ensures that all work is conducted safely, protecting both personnel and equipment.

The Future of Offshore Wind Energy

As the world shifts towards a greener energy future, offshore wind energy is poised to play a pivotal role. With advancements in technology, decreasing costs, and increasing efficiency, the sector is set to grow exponentially. Companies like Dangle Rope Access will be crucial in supporting this growth through their specialised maintenance services, ensuring that wind turbines operate at peak performance.

Policy and Investment

Government policies and investments are critical to the success of offshore wind projects. Many countries are setting ambitious targets and for UK's renewable energy , its no different, providing incentives for the development of offshore wind farms. Such policies create a favourable environment for investment, spurring innovation and driving down costs.

Community Engagement

Community engagement is also essential for the successful implementation of offshore wind projects. Educating local communities about the benefits of offshore wind can foster public support and facilitate smoother project approvals. Companies like Dangle often work with developers to promote the positive impacts of wind energy on local economies and environments.

Offshore wind energy represents a significant opportunity to transition to a sustainable energy future. With its numerous environmental and economic benefits, it is clear why countries are investing in this sector. However, the success of offshore wind farms relies heavily on efficient maintenance and operational practices. Dangle stands out as a leader in providing specialised maintenance services, ensuring that wind turbines continue to produce clean energy for years to come. As the industry evolves, the importance of reliable maintenance services will only grow, solidifying offshore wind as a cornerstone of global renewable energy efforts.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Industrial Abseiling

Wed, 24 Jul 2024 09:31:43 GMT

Industrial Abseiling: A Comprehensive Guide to Vertical Access Solutions

Understanding Industrial Abseiling: Definition and Applications

rope access techniques, vertical access solutions, industrial climbing, building maintenance, high-rise work

Industrial abseiling, also known as rope access , has emerged as a highly efficient and cost-effective method for conducting maintenance , inspections , and repairs on high-rise structures and challenging vertical environments. This vertical access solution employs specialised techniques derived from mountaineering and caving, adapted for industrial at height, applications.

Rope access technicians are rigorously trained professionals who utilise a system of ropes, harnesses and rigging to safely navigate vertical surfaces. This approach offers numerous advantages over traditional access methods, such as scaffolding or aerial work platforms, particularly in terms of versatility, speed of deployment, and minimal disruption to building operations.

The applications of industrial abseiling are diverse, encompassing a wide range of sectors including building maintenance , offshore installations , wind turbines , and bridge inspections . These skilled operatives can perform tasks such as window cleaning , façade repairs , and structural surveys with remarkable precision and efficiency.

Adherence to stringent safety protocols is paramount in this field. Practitioners must comply with industry standards set forth by organisations such as the Industrial Rope Access Trade Association (IRATA) and adhere to strict health and safety regulations. This ensures that high-rise work is conducted with the utmost regard for worker safety and operational excellence.

As urban landscapes continue to evolve with increasingly complex architectural designs, the demand for skilled industrial climbers and vertical access solutions is likely to grow, cementing rope access techniques as an indispensable component of modern building maintenance and industrial operations.

The History and Evolution of Industrial Abseiling

origins of rope access, development of abseiling techniques, industrial climbing advancements, historical milestones

Industrial abseiling, has its origins in the mountaineering techniques developed in the early 20th century. The adaptation of these methods for industrial purposes began in earnest during the late 1960s, when oil and gas companies sought innovative solutions for maintaining offshore structures like oil rigs.

The development of abseiling techniques for industrial applications progressed rapidly throughout the 1970s and 1980s. This period saw significant advancements in equipment design and safety protocols, which were crucial in establishing rope access as a viable alternative to traditional access methods.

One of the most notable historical milestones in the field occurred in 1987 with the formation of the Industrial Rope Access Trade Association. The organisation IRATA played a pivotal role in standardising training and safety procedures, thereby professionalising the industry.

As industrial climbing advancements continued, the scope of rope access expanded beyond the oil and gas sector. Today, it is widely employed in construction, maintenance, and inspection across various industries, demonstrating its versatility and efficiency in tackling complex access challenges.

The evolution of industrial abseiling serves as a testament to human ingenuity and the continuous pursuit of safer, more efficient working methods in challenging environments.

Safety Measures and Regulations in Industrial Abseiling

IRATA certification, safety protocols, risk assessment, equipment standards, legal requirements

Industrial abseiling, a specialised form of rope access work, demands stringent safety measures and adherence to regulations to ensure the well-being of operatives. The Industrial Rope Access Trade Association (IRATA) certification is widely recognised as the gold standard in this field, providing a comprehensive framework for training and assessment.

Safety protocols are paramount in industrial abseiling operations. These include thorough risk assessments prior to commencing any work, regular equipment inspections, and the implementation of robust emergency response plans. Operatives must strictly follow established procedures for rope rigging, fall protection, and communication systems.

Equipment standards play a crucial role in maintaining safety. All gear utilised in industrial abseiling must meet or exceed the specifications set forth by relevant regulatory bodies. This encompasses harnesses, ropes, anchors, and personal protective equipment (PPE).

Legal requirements governing industrial abseiling vary by jurisdiction but typically encompass aspects such as worker qualifications, insurance coverage, and compliance with occupational health and safety regulations. Employers are obligated to ensure that all operatives are adequately trained, properly equipped, and fully aware of the potential hazards associated with their work.

Adherence to these safety measures and regulations is essential for mitigating risks and fostering a culture of safety within the industrial abseiling sector. The United Kingdom has implemented the Working at Height Regulations 2005 to ensure the safety of workers who are required to work at elevated levels. These regulations are in place to prevent accidents and injuries that may occur when employees are working at heights, and they provide specific guidelines and requirements for employers to follow. Compliance with these regulations is essential to maintain a safe work environment and protect the well-being of workers.

Essential Equipment and Tools for Industrial Abseilers

harnesses, ropes, carabiners, descenders, personal protective equipment, specialised tools

Industrial abseiling, requires a comprehensive array of specialised equipment and tools to ensure safety and efficiency. The primary components of an industrial abseiler's kit include harnesses, ropes, and carabiners. These items form the foundation of the safety system, allowing technicians to work at height with confidence.

Harnesses are designed to distribute the wearer's weight evenly and provide multiple attachment points for various tools and safety devices. Ropes, typically made from high-strength synthetic materials, must meet stringent safety standards and undergo regular inspections. Carabiners, which connect various elements of the system, are engineered to withstand significant loads and feature locking mechanisms to prevent accidental opening.

Descenders are crucial pieces of equipment that enable controlled descent and ascent along the rope. These devices incorporate friction-based systems to regulate speed and provide a means of stopping when necessary.

Personal protective equipment (PPE) is equally vital, encompassing items such as helmets, gloves, and appropriate footwear to safeguard against potential hazards.

In addition to safety gear, industrial abseilers often utilise specialised tools tailored to their specific tasks. These may include inspection cameras, cleaning apparatus, or repair equipment, depending on the nature of the work being undertaken. The selection and proper maintenance of all equipment and tools are paramount to ensuring the safety and effectiveness of industrial abseiling operations.

Training and Certification for Industrial Abseiling Professionals

IRATA training levels, certification process, skill development, continuous professional development

Industrial abseiling, requires rigorous training and certification to ensure the safety and competence of professionals in this field. The Industrial Rope Access Trade Association (IRATA) has established a comprehensive training and certification system (TACS) that is widely recognised as the global standard for industrial abseiling.

IRATA training is divided into three distinct levels, each building upon the skills and knowledge acquired in the previous stage. Level 1 technicians learn fundamental rope access techniques and safety procedures. Level 2 focuses on more advanced rigging and rescue skills, whilst Level 3 prepares candidates for supervisory roles and complex operations.

The certification process involves both theoretical and practical assessments, conducted by IRATA-approved training companies and overseen by independent assessors. Candidates must demonstrate proficiency in various techniques, including ascending, descending, rope-to-rope transfers, and rescue scenarios.

To maintain certification, industrial abseiling professionals must engage in continuous professional development and log a minimum number of 1000 working hours at each level. This ensures that their skills remain current and aligned with industry best practices. Regular reassessment is also required to renew certifications, typically every three years.

As the industrial abseiling sector continues to evolve, ongoing skill development is crucial. Professionals are encouraged to pursue additional specialised training in areas such as non-destructive testing, confined space entry, and advanced rescue techniques to enhance their career prospects and maintain the highest standards of safety and efficiency in the field.

Industries and Sectors Utilising Industrial Abseiling Services

construction, offshore oil and gas, wind energy, telecommunications, building maintenance

Industrial abseiling services have become increasingly prevalent across various industries and sectors in the United Kingdom. The construction industry, for instance, frequently employs rope access technicians for tasks such as facade inspections, window installations, and structural assessments on high-rise buildings. In the offshore oil and gas sector, industrial abseilers play a crucial role in conducting maintenance and inspections on oil rigs and platforms, where traditional access methods are often impractical or hazardous.

The burgeoning wind energy sector has also embraced industrial abseiling techniques for the installation and maintenance of wind turbines. Abseilers are able to access hard-to-reach areas of these structures, ensuring their optimal performance and longevity.

Telecommunications is another field that benefits from rope access services, with technicians utilising abseiling techniques to install and maintain communication equipment on towers and tall buildings.

Furthermore, the building maintenance sector relies heavily on industrial abseiling for tasks such as external cleaning, painting, and repairs on high-rise structures. This method proves to be both cost-effective and less disruptive compared to traditional scaffolding or cherry picker alternatives. As industries continue to evolve and expand vertically, the demand for skilled industrial abseilers is likely to increase across these and other sectors.

Advantages of Industrial Abseiling over Traditional Access Methods

cost-effectiveness, minimal disruption, versatility, environmental impact, hard-to-reach areas

Industrial abseiling, offers numerous advantages over traditional access methods in various industrial settings. Firstly, its cost-effectiveness is notable, as it eliminates the need for expensive scaffolding or heavy machinery, resulting in significant savings for businesses. Moreover, this method causes minimal disruption to ongoing operations, allowing facilities to maintain productivity during maintenance or inspection procedures.

The versatility of industrial abseiling is another key benefit, as technicians can easily navigate complex structures and access hard-to-reach areas that would otherwise pose significant challenges. This adaptability makes it an ideal solution for a wide range of industries, including construction, offshore installations, and historic building restoration.

Furthermore, industrial abseiling has a reduced environmental impact compared to traditional access methods. The absence of large equipment and minimal setup requirements result in a smaller carbon footprint and less disturbance to surrounding ecosystems. The advantages of industrial abseiling, including its cost-effectiveness, minimal disruption, versatility, and reduced environmental impact, make it a superior choice for accessing challenging locations in various industrial contexts.

Challenges and Limitations of Industrial Abseiling

weather constraints, physical demands, height limitations, equipment restrictions

Industrial abseiling, whilst an effective method for accessing challenging work environments, is not without its inherent challenges and limitations. Weather constraints pose a significant obstacle, as high winds, precipitation, and extreme temperatures can render operations unsafe or impractical. The physical demands placed upon operatives are considerable, requiring a high level of fitness, strength, and endurance to perform tasks whilst suspended at height for extended periods.

Height limitations may restrict the applicability of industrial abseiling in certain scenarios, particularly when structures exceed practical rope lengths or when multiple anchor points are unavailable. Equipment restrictions further compound these challenges, as operatives must carefully consider the weight and bulk of tools and materials that can be safely transported and utilised whilst suspended.

Moreover, the specialised nature of industrial abseiling necessitates rigorous training and certification, which may limit the availability of qualified personnel. These factors collectively underscore the importance of thorough risk assessments and meticulous planning to ensure the safe and effective execution of industrial abseiling operations.

Future Trends and Innovations in Industrial Abseiling

technological advancements, drone integration, virtual reality training, smart equipment

The field of industrial abseiling is poised for significant advancements in the coming years, driven by technological innovations and a growing emphasis on safety and efficiency. One of the most promising developments is the integration of drones into abseiling operations. These unmanned aerial vehicles can be utilised for preliminary site inspections, reducing the need for human exposure to potentially hazardous environments.

Virtual reality training is another area of innovation that is set to revolutionise the industry. This technology allows for immersive, risk-free training scenarios that can prepare abseilers for a wide range of situations they may encounter in the field. Such training methods are likely to enhance safety protocols and improve overall competency levels amongst practitioners.

Furthermore, the advent of smart equipment is transforming the way industrial abseilers approach their work. Sensor-equipped harnesses and ropes can provide real-time data on equipment stress and environmental conditions, enabling more informed decision-making during operations. These technological advancements are not only improving safety standards but also increasing the efficiency and precision of industrial abseiling tasks.

As the industry continues to evolve, it is anticipated that these innovations will become increasingly prevalent, shaping the future landscape of industrial abseiling and setting new benchmarks for safety and performance.

Crucial Role of Industrial Abseiling in Infrastructure Maintenance

In conclusion, industrial abseiling plays a pivotal role in the maintenance of modern infrastructure, particularly in the realm of renewable energy. As the United Kingdom strives to achieve its ambitious target of 40GW offshore energy production by 2030 , the importance of efficient and cost-effective maintenance techniques cannot be overstated. Wind turbines, a cornerstone of this renewable energy initiative, require regular inspection and upkeep to ensure optimal performance and longevity.

Industrial abseiling offers a unique solution to the challenges posed by these towering structures, allowing skilled technicians to access hard-to-reach areas with minimal disruption to operations. This method not only facilitates thorough maintenance but also contributes to the overall efficiency of wind farms, thereby supporting the nation's net carbon zero reduction goals.

As we progress towards a more sustainable future, the significance of industrial abseiling in maintaining our renewable energy infrastructure will only continue to grow. It is imperative that industry stakeholders recognise and invest in this crucial skill set to ensure the longevity and effectiveness of our renewable energy assets, ultimately supporting the UK's transition to a greener, more sustainable energy landscape.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Hiring the Right Painting Company

Sat, 04 May 2024 09:28:19 GMT

The Role of Professional Painting Companies

When it comes to maintaining the aesthetic appeal and longevity of a steel structure, the services of professional painting companies cannot be overstated. These skilled paint contractors possess the expertise, equipment, and resources to deliver high-quality painting results that asset owners and managers can rely on.

Exterior painting contractors play a crucial role in preserving the asset life, protecting it from the elements for longer and enhancing its visual appeal. Commercial painting services, Dangle Rope Access specialises in providing commercial painting services tailored for industrial facilities, wind farms, and other structures. Our experienced team offers a wide range of inspection and coatings options, including comprehensive composite solutions, to help private and public sector companies minimise maintenance expenses. With a focus on reducing costs and optimising efficiency, Dangle delivers proven results in the field of industrial painting and access services.

Engaging the services of reputable paint contractors ensures that the job is completed efficiently, with meticulous attention to detail and a keen eye for colour coordination. Professional painting companies also have the necessary safety protocols in place, minimising disruption and ensuring a seamless painting process. Dangle ensure all of the above with its robust policies and procedures, along with taking care of access utilising its rope access, commercial abseiling painting technicians, also eliminating the need for costly scaffolding or noisy and fuel thirsty mobile elevated works platforms (MEWPs) often called cherry pickers.

Ultimately, the investment in professional painting services is a wise decision that can pay dividends in the long run, when selecting the best painting company, maintaining the value and visual appeal of your steel asset while safeguarding it from the ravages of time and weather.

Key Factors to Consider When Selecting a Painting Company

When selecting a painting company to undertake work on your property, there are several key factors that should be carefully considered. Firstly, it is essential to ensure that the painting contractors are licensed and fully insured, providing the necessary protections for both your company and the workers or wider public.

Having an experienced team of painting professionals, like Dangle, is crucial, as their expertise and attention to detail can make all the difference in the final result. We would recommend you look for companies that have a proven track record and can provide a portfolio showcasing their previous painting work.

Additionally, qualifications such as Train the Painter certification can give you confidence in the skills and training of the industrial painters on offer. This industry-recognised accreditation demonstrates a commitment to high standards and best practices.

Finally, do not underestimate the value of customer reviews and references. Speaking with past clients can provide valuable insights into the company's reliability, professionalism, and the quality of their workmanship. This can help you make an informed decision and select a painting company that will deliver the desired results.

Preparing for a Professional Painting Project

When undertaking a professional painting project, it is essential to approach the task with careful planning and preparation. This blog section will guide you through the key steps to ensure a successful and high-quality outcome.

Preparing Steel Surfaces for Painting

Proper surface preparation is crucial for the longevity and appearance of the paint finish. For steel surfaces, this may involve degreasing, descaling, and applying appropriate primers to create a smooth, clean base for the topcoat. Check out ISO 12944 which describes the types of paint and paint system commonly used for corrosion protection of steel structures, for a full comprehensive guide. We have also posted some really helpful content on surface preparation and corrosion control in other blog posts so be sure to check them out too.

Paint Consultation and Selection

Consulting with a professional paint specialist can help you select the most suitable paint products for your project's requirements, and design a paint specification tailored to your project needs. Factors such as the surface type, expected wear and tear, paint thickness and desired aesthetics should be considered when making the paint selection. Check out our recent blog post on Coating Consultancy here

Paint Calculations and Purchasing

Accurately calculating the required paint volume is vital to avoid over or under-purchasing. Our experts at Dangle can provide guidance on paint coverage rates and other Coating Calculations to help you determine the precise amount needed for your project.

Engaging a Professional Painting Contractor

For larger-scale or complex painting projects, it is often advisable to work with a reputable painting contractor, that can take those in their stride. They can ensure the work is carried out to the highest standards, with the appropriate safety protocols in place, and with Dangle you get exactly that. We have worked all over the globe, both on land and at sea, in everything from C1 to C5 corrosion categories so are confident you'll be in safe hands when mobilising us.

By following these preparatory steps, you can set the stage for a professional painting project that delivers long-lasting, high-quality results.

Budgeting for a Painting Job: Comparing Quotes and Avoiding Hidden Costs

When planning a painting project, it is crucial to carefully compare quotes from different service providers and understand the full scope of costs involved. This formal blog section will explore the key factors to consider when budgeting for a painting job, from average hourly rates to potential hidden fees.

One of the primary decisions is whether to opt for an hourly rate or a fixed quote. Hourly rates can provide flexibility, but may be harder to predict the final cost. Fixed quotes offer more budget certainty, though they require a detailed assessment of the work required. Researching the average cost of painting services in the local area, against similar scopes is advisable to ensure quotes are reasonable.

In addition to the base rate, it is important to watch out for any hidden fees that may arise, such as charges for paint material, equipment, or waste disposal. Obtaining a comprehensive breakdown of all costs upfront can help steel asset owners negotiate painting contracts more effectively and avoid unexpected expenses.

By thoroughly comparing quotes, understanding pricing structures, and identifying potential hidden costs, you can make a more informed decision when budgeting for a painting project and ensure you receive high-quality services within your desired financial parameters.

Ensuring a Smooth Painting Experience

When undertaking a painting project, whether for your home or business, it is essential to ensure a seamless and satisfactory experience from start to finish. Key considerations include maintaining a clear project timeline and open communication, delivering a high quality of workmanship, and providing post-project warranties and guarantees.

Effective project management and transparent communication between the client and painting contractor are vital for setting realistic expectations and keeping the project on track. Regular updates on progress and any potential delays or changes to the timeline will help mitigate frustrations and ensure the client's needs are met.

Equally important is the quality of the actual painting work. Skilled, experienced tradespeople utilising premium materials and techniques can make all the difference in achieving a flawless, long-lasting finish. Clients should seek painters who are fully qualified, insured, and committed to excellence.

Finally, post-project support in the form of warranties and guarantees provides valuable peace of mind. Reputable painting contractors will typically offer guarantees on their workmanship, as well as guidance on proper maintenance to preserve the finish. This level of aftercare demonstrates a commitment to customer satisfaction.

By focusing on these key areas, painting projects can be completed to the highest standard, leaving clients delighted with the final result.

The decision to invest in a professional painting contractor is a wise one that can provide numerous benefits.

Skilled painters possess the expertise, tools, and experience necessary to deliver high-quality results, ensuring a seamless and efficient painting process. Furthermore, professional contractors often offer warranties and guarantees, providing added peace of mind and protection for your investment.

When selecting a painting company, it is crucial to thoroughly vet their credentials, reviews, and pricing to ensure you are making an informed decision that aligns with your specific needs and budget.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

ICATS Painting Course

Thu, 18 Apr 2024 12:52:20 GMT

How Much Does an iCats Painting Course Really Cost?

Are you a creative soul with a burning desire to express yourself through painting? If so, you've probably considered taking a industrial painting course to hone your skills and unleash your inner commercial painter. But with so many options available, it can be challenging to find the right one that caters to your needs and budget.

So in this blog post the painting experts at Dangle have decided to break down the options of the iCats Painting Course (pronounced eye cats). i-cats, which actually stands for " Industrial Coating Applicator Training Scheme " is a program designed to ignite your passion for painting steel and take your career journey to new heights for industrial steel painters .

However, before you dive in, it's crucial to understand the investment required and is it worth it?

In this article, we'll explore the true cost of an iCats Painting Course, going beyond just the monetary aspect to reveal some of the benefits the industrial painter training offers. So, if you're ready to embark on a transformative painter adventure and explore the world of industrial painting, keep reading to discover how an iCats Painting Course could be a good or bad, investment in your personal growth.

Benefits of taking an iCats Painting Course

When considering the cost of an iCats Painting Course, it's essential to look beyond the price tag and consider the benefits it offers.

Firstly, an iCats Painting Course provides you with a structured learning environment where you can enhance your commercial painting skills under the guidance of experienced instructors. Whether you're a beginner or an experienced blaster sprayer, looking to refine your techniques, industrial paint courses like this offer a curriculum that caters to all skill levels.

Moreover, an iCats Painting Course allows you to immerse yourself in a community of like-minded individuals who share your passion.

This sense of belonging and connection can be invaluable, as it provides opportunities for collaboration, feedback, and inspiration. The supportive environment fostered by iCats encourages you to push your boundaries, experiment with different paints, and develop your unique brush and spray painting styles.

Additionally, an iCats Painting Course could offer access to state-of-the-art facilities and high-quality industrial materials. These resources are often expensive to acquire individually, potentially making the course a cost-effective way to explore new mediums and techniques without breaking the bank.

By having access to a wide range of tools and materials, you can experiment freely and discover new possibilities.

Overview of iCats Painting Course options

iCats Painting Course offers a variety of options to suit different preferences and schedules. Whether you prefer a short-term intensive course or a long-term comprehensive program, iCats training appear to have you covered. The courses are designed to cater to both part-time and full-time learners, making it convenient for individuals with busy schedules.

iCats Training

For those looking to dip their toes into the world of painting, iCats offers introductory courses that provide a solid foundation in the basics of painting. These courses cover essential techniques, paint theory, and composition, allowing beginners to gain confidence and develop their skills.

For more experienced industrial painters seeking to refine their craft, iCats offers advanced courses that delve deeper into specific painting styles and concepts. These courses provide opportunities for further experimentation, allowing painters and blasters to develop and explore new avenues of a career as a industrial painter.

Overall the ICATS painting course is a reputable program designed to provide individuals with comprehensive training in the art of industrial painting. The ICATS painting course offers a structured curriculum that covers various aspects of painting techniques, styles, and methods.

iCats Course

The iCats course appears to be tailored to cater to both beginners and experienced painters, ensuring that each participant gains valuable insights and skills to enhance their artistic abilities. One feature of the iCats painting course is its focus on practical learning, allowing students to develop hands-on experience and refine their techniques under the guidance of industry experts. Additionally, the cost of the iCats course seems to be competitive, making it an accessible option for those looking to further their skills in painting.

I-Cats

The innovative I-Cats painting course is specifically designed to cater to the needs of Rope Access, Industrial Painting Contractors, Wind Farm painters, and steel painting professionals, making it an ideal choice for those looking to advance their skills in coating applications and enhance their service delivery capabilities. This comprehensive course not only equips participants with advanced techniques but also provides them with the knowledge and expertise needed to excel in the field of industrial painting.

When comparing the I-Cats painting course to the market-leading industrial painting course, Train the Painter , it becomes evident that each program offers unique benefits and advantages. While I-Cats focuses on specialised skills tailored to specific industries, Train the Painter is renowned for its comprehensive curriculum and industry reputation. By exploring the strengths and differences of these two courses, individuals can make an informed decision based on their specific needs and career goals.

ICATS Vs Train the Painter

iCats Training Course

The iCats training course stands as a hallmark of excellence in the realm of industrial painting. Offering comprehensive training and certification, iCats ensures that individuals are equipped with the necessary skills and knowledge to excel in this specialised field of commercial painting.

Those embarking on a iCats painting course can expect a rigorous yet rewarding training program. Covering a range of topics from surface preparation to application techniques, the course delves deep into the intricacies of industrial painting.

While the iCats painting course may entail a cost, the possible value it may bring in terms of enhanced skills and industry recognition could possibly outweigh the cost for personal development. As one undergoes iCats training, they are not just investing in themselves but also paving the way for a potentially successful career in industrial painting.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Hiring a Painting Contractor for your Business

Fri, 08 Mar 2024 09:25:09 GMT

Understanding the Role of a Professional Painting Contractor

When it comes to transforming spaces with a fresh coat of paint, the role of a professional painting contractor canno t be overstated. These skilled professionals bring expertise, precision, and efficiency to a project.

A professional painter is not just someone who knows how to wield a brush or roller. They are trained individuals who understand the intricacies of surface preparation, paint selection, and application techniques. Whether it's residential painting services for homeowners or large-scale projects for commercial or industrial clients, a professional painting contractor is equipped to deliver high-quality results.

Industrial painting contractors specialise in coatings that protect structures from corrosion and wear, while commercial painting contractors focus on enhancing the aesthetic appeal of businesses, public spaces and client assets. Their knowledge of different types of paints and finishes allows them to recommend the best solutions for each unique project.

By entrusting your painting needs to a professional contractor, you can expect attention to detail, adherence to safety standards, and timely completion of the job. Their expertise not only ensures a visually pleasing result but also contributes to the longevity and durability of the painted surfaces.

In conclusion, professional painters play a crucial role in bringing colour and extended life to spaces across various sectors. Whether it's reviving exteriors with a fresh coat of paint or protecting industrial structures from environmental elements, their skills and dedication make them indispensable partners in any painting project.

Key Factors to Consider When Choosing a Painting Contractor

When selecting a painting contractor for your project, there are several key factors to consider that can help ensure the success of your painting job. One of the most important aspects to keep in mind is the experience and expertise of the painter. Look for a contractor who has a proven track record in handling projects similar to yours, whether it's industrial painting or commercial painting.

Another crucial factor to consider is the reputation of the painting contractor. Take the time to read reviews and testimonials from previous clients to gauge their level of satisfaction with the services provided. A reliable and reputable painter will have positive feedback and references that speak to their professionalism and quality of work.

Additionally, it's essential to consider the cost and budget when choosing a painting contractor. While it's tempting to opt for the cheapest option, remember that quality should not be compromised for price. Get quotes from multiple contractors and compare them based on their services, experience, and pricing structure.

Furthermore, communication is key when working with a painting contractor. Choose a paint contractor who listens attentively to your requirements, provides clear timelines for completion, and keeps you updated throughout the project. Effective communication can help prevent misunderstandings and ensure that your vision is accurately translated into reality, especially when tight deadlines are usually the norm.

Lastly, make sure that the painting contractor you choose is licensed, insured, and follows all safety regulations. This ensures that you are protected in case of any unforeseen incidents during the project.

By considering these key factors when selecting a painting contractor, you can make an informed decision that leads to a successful and satisfactory outcome for your painting project.

The Benefits of Hiring a Skilled Painting Contractor for Your Project

When embarking on a painting project, hiring a skilled painting contractor like Dangle can make all the difference in achieving a successful outcome. Professional painters possess a range of traits and qualities that set them apart from amateur or DIY painters.

One key benefit of hiring a reliable painting contractor is their expertise and experience in the field. Professionals, like Dangle Rope Access are often certified through programmes like Train the Painter , ensuring they have received proper training and are up-to-date with industry best practices and standards for coating applications.

Moreover, trustworthy painting contractors exhibit characteristics such as punctuality, attention to detail, and clear communication throughout the project. By working with a skilled and experienced paint contractor, you can rest assured that your project will be completed efficiently and to a high standard.

In conclusion, investing in a professional painting contractor brings peace of mind and guarantees quality results for your painting project.

Top Qualities to Look for in a Reliable Painting Contractor

When looking for a reliable painting contractor, there are several key qualities to consider that can make a significant difference in the outcome of your project. Professionalism is paramount when it comes to hiring someone to work on your home or business.

A trustworthy painting contractor should have excellent communication skills, be punctual, and maintain a high level of professionalism throughout the project.

Experience is another crucial quality to look for in a reliable painter. An experienced contractor will have the knowledge and skills necessary to handle any challenges that may arise during the painting process. They will also be able to provide valuable insights and recommendations based on their years of experience in the industry.

Reliability and dependability are essential traits of a professional painter. A trustworthy contractor should show up on time, complete the work within the agreed-upon timeframe, and deliver high-quality results. By choosing a reliable painting contractor, you can have peace of mind knowing that your project is in good hands.

Transparency and honesty are also important qualities to look for in a painting contractor. A reputable professional will provide clear estimates, communicate openly about any potential issues or changes, and be transparent about their pricing and services.

In conclusion, when searching for a reliable painting contractor, consider these top qualities: professionalism, experience, reliability, transparency, and honesty. By prioritising these traits in your search for a painter, you can ensure that your project is completed successfully with exceptional results.

Tips for Working Effectively with Your Chosen Painting Contractor

When collaborating with a painting contractor, effective communication and clear expectations are key to ensuring a successful project outcome. Here are some valuable tips for working harmoniously with your chosen painting contractor:

Establish Clear Communication Channels: From the initial consultation to the completion of the project, maintain open lines of communication with your painting contractor. Clearly articulate your preferences, deadlines, and any specific requirements you may have.
Define Project Scope and Expectations: Before work commences, make sure both parties are aligned on the scope of the project, including areas to be painted, types of finishes desired, and any additional services required such as wall repairs or priming.
Agree on Timelines and Deadlines: Set realistic timelines for each stage of the painting process and agree on project deadlines upfront. This will help ensure that both you and the contractor are working towards a common goal within a specified timeframe.
Ask for Regular Updates: Request regular progress updates from your painting contractor to stay informed about the status of the project. Address any concerns or issues promptly to avoid misunderstandings or delays.
Be Open to Suggestions: While you may have specific ideas in mind for your project, be receptive to suggestions from your painting contractor based on their expertise and experience. Their insights can often lead to better outcomes.
Provide Feedback Constructively: If you have feedback or concerns during the course of the project, communicate them in a constructive manner. Clear feedback helps address issues promptly and ensures that adjustments can be made as needed.

By following these tips and maintaining effective communication throughout your collaboration with a painting contractor, you can enhance productivity, minimise misunderstandings, and achieve satisfying results for your painting project.

Maintaining Long-Term Relationships with Dangle as Your Preferred Painting Contractor for Future Projects

As a preferred painting contractor for future projects, Dangle Rope Access guarantees exceptional service and quality workmanship. With a proven track record as award-winning industrial rope access painters in Scotland, we are dedicated to maintaining long-term relationships with our clients, and it shows through repeat business.

Our team at Dangle understands the importance of trust and reliability in the painting industry. By consistently delivering superior results and exceeding expectations, we aim to be your go-to choice for all your painting needs.

When you choose Dangle as your painting contractor, you can rest assured that your projects will be completed with precision and professionalism. Our commitment to excellence sets us apart in the industry, making us the ideal partner for both current and future endeavours.

Trust Dangle Rope Access to provide top-notch painting services for all your industrial projects in Scotland. Experience the difference of working with an established and reputable contractor who prioritises customer satisfaction above all else.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Advantages of Using Rope Access for High Rise Building Maintenance

Sat, 17 Feb 2024 13:33:11 GMT

High Rise Building Maintenance

When it comes to high-rise building maintenance , utilising rope access techniques can offer numerous advantages. These include improved safety measures, cost-effectiveness, minimal disruption to building occupants, and the ability to access difficult-to-reach areas with ease.

Rope access provides a flexible and efficient solution for maintenance work on tall structures, allowing Dangle's rope access maintenance teams to carry out tasks with precision and expertise. By employing working at height best practices and essential strategies in high-rise building maintenance, incorporating IRATA rope access / methods can significantly enhance the overall efficiency and effectiveness of the maintenance operations.

Understanding the Importance of High Rise Building Maintenance

High rise building maintenance plays a crucial role in preserving the aesthetics, functionality, and safety of skyscrapers . It encompasses a range of tasks including building exterior cleaning, structural inspections, and general upkeep to ensure the longevity of these iconic structures.

Effective high rise property management involves regular maintenance schedules and adherence to working at height safety regulations to prevent potential hazards. Skilled professionals in this field are essential for maintaining the visual appeal and structural integrity of tall buildings.

By understanding the importance of high rise building maintenance, property owners can ensure that their skyscrapers remain safe, well-maintained, and visually appealing for years to come.

The Key Components of an Effective High Rise Building Maintenance Plan

In the realm of high-rise building maintenance, a comprehensive plan is essential to ensure the longevity and safety of these towering structures. A well-structured high rise maintenance checklist serves as the backbone of such a plan, encompassing crucial aspects such as building facade cleaning, window washing procedures, and stringent safety measures.

Effective maintenance plans for high-rise buildings often include detailed protocols for facade cleaning to uphold aesthetic appeal and structural integrity. Window washing and window cleaning procedures are meticulously outlined to guarantee pristine views while ensuring the safety of maintenance personnel working at heights.

Furthermore, high rise safety measures form an integral part of any maintenance plan, encompassing rigorous protocols to safeguard both occupants and workers against potential hazards inherent in vertical structures. By integrating these key components into a cohesive strategy, high-rise building owners can uphold operational efficiency and regulatory compliance while prioritising occupant safety.

Top Challenges Faced in Maintaining High Rise Buildings and How to Overcome Them

Maintaining high-rise buildings poses unique challenges that require careful consideration and strategic solutions. From skyscraper maintenance challenges to exterior building maintenance difficulties, property managers and facilities teams encounter a range of obstacles in preserving these architectural marvels.

One of the primary challenges faced in maintaining high-rise buildings is ensuring safe and efficient access to all areas of the structure. Weather conditions can also have a significant impact on the exterior of buildings, leading to deterioration and structural issues over time.

To overcome these challenges, implementing innovative high-rise access solutions such as advanced scaffolding systems or robotic cleaning technologies can enhance safety and productivity. Additionally, proactive maintenance strategies tailored to withstand varying weather conditions can help preserve the integrity of the building's exterior surfaces.

By addressing these key challenges with strategic planning and effective solutions, property managers can ensure the longevity and aesthetic appeal of high-rise buildings for years to come.

Sustainability and Green Practices in High Rise Building Maintenance: A Growing Trend

The trend towards sustainability and green practices in high-rise building maintenance is becoming increasingly prevalent. With a focus on eco-friendly skyscraper maintenance, building owners and managers are adopting innovative strategies to uphold green building standards while ensuring efficient upkeep, as we all fast track to net carbon zero targets.

Implementing sustainable high-rise solutions involves the integration of environmentally conscious practices such as rope access, steeplejack services, and roped access services. These methods not only contribute to reducing the environmental impact of maintenance activities, fuel and heavy plant or equipment but also promote energy efficiency and long-term sustainability in high-rise structures.

Elevate Your High Rise Property Management with Proactive Maintenance Approaches

Elevating high-rise property management through proactive maintenance approaches is crucial for ensuring the safety and longevity of buildings. In Scotland, where high-rise maintenance is of paramount importance, utilising innovative techniques such as those adopted by Dangle Rope Access can significantly enhance the efficiency and effectiveness of maintenance operations.

By incorporating Dangle's personnel into high-rise property management strategies, property owners and managers in cities like Dundee, Glasgow and Edinburgh along with other cities in Scotland can access hard-to-reach areas with ease, facilitating thorough inspections and timely repairs.

This proactive approach not only enhances the overall aesthetic appeal of the building but also contributes to cost savings in the long run by addressing maintenance issues before they escalate.

Embracing proactive maintenance approaches in high-rise properties through technologies endorsed by Dangle Rope Access sets a new standard for property management excellence in Scotland, ensuring that buildings are well-maintained and safe for occupants.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Rescue Techniques using Ropes

Fri, 19 Jan 2024 12:10:15 GMT

The Importance of Rope Rescue Techniques: A Comprehensive Guide for Safe and Effective Emergency Operations

Introduction to Understanding the Significance of Rope Rescue in Emergency Situations

Understanding the Significance of Rope Rescue in Emergency Situations

In emergency operations, the importance of rope rescue techniques cannot be overstated. These techniques play a vital role in ensuring the safe and effective rescue of individuals in high-risk situations. Whether it is a search and rescue mission or a technical rope rescue operation, proper knowledge and implementation of rope rescue techniques are crucial.

Rope rescue involves the use of specialised work at height equipment and skills to navigate challenging terrains, such as steep cliffs or confined spaces, where traditional methods may not be feasible. High angle rescues, in particular, require meticulous planning and execution to ensure the safety of both rescuers and victims.

This comprehensive guide, brought to you from Dangle Rope Access , aims to provide an in-depth understanding of rope rescue techniques for emergency operations. It will cover various aspects, including equipment selection, knot tying, anchor systems, rappelling techniques, and communication protocols. By following these guidelines, emergency responders can enhance their capabilities and perform their duties with utmost professionalism.

Whether you are a seasoned professional or a novice in the field of rope rescue operations, this guide will serve as an invaluable resource to help you navigate through challenging scenarios safely and effectively.

The Essential Equipment for Rope Rescue Operations

In rope rescue operations, having the right equipment is crucial to ensure the safety and success of the scope. A well-equipped team relies on a range of specialised gear to navigate challenging environments and perform efficient rescues.

One of the most fundamental pieces of rope rescue equipment is a reliable harness. Harnesses provide essential support and attachment points for rescuers, allowing them to work confidently at heights or in precarious situations. These harnesses are designed with comfort, durability, and adjustability in mind, ensuring a secure fit for each team member.

Ropes are another indispensable component of rope rescue operations. Static ropes with high tensile strength are commonly used due to their ability to bear heavy loads and resist elongation. These ropes are carefully selected based on factors such as diameter, length, and construction to suit different scenarios encountered during rescue missions.

Carabiners play a vital role in connecting various components of the system together securely. These strong metal clips allow for quick attachment and detachment while maintaining reliability under extreme conditions. Rescuers rely on carabiners to create anchor points, connect ropes or slings, and facilitate smooth movement throughout the operation.

Pulleys are essential tools that enable mechanical advantage in rope systems. By utilising pulleys with low friction bearings, rescuers can multiply their force when hauling or lowering loads during a rescue scenario. These devices help reduce physical exertion while maintaining control over heavy objects or individuals being rescued.

Descenders are crucial devices that allow controlled descent during vertical evacuations or self-rescue situations. These mechanisms provide regulated speed while descending down ropes safely without causing excessive strain on the individual or compromising their safety.

When it comes to rope rescue operations, having access to appropriate equipment is paramount. Harnesses ensure secure attachment points for rescuers, while strong ropes provide stability and load-bearing capacity. Carabiners facilitate connections between components seamlessly, pulleys enable mechanical advantage when hauling loads, and descenders allow controlled descents. Together, these essential tools form the foundation of a well-equipped rope rescue team.

Key Steps and Procedures for Conducting a Successful Rope Rescue

When it comes to conducting a successful rope rescue task, there are several key steps and procedures that need to be followed. These steps ensure the safety of both the rescuers and the individuals in need of assistance. In this section, we will explore the essential components of a rope rescue operation, including the incident command system (ICS), risk assessment, patient packaging techniques, and adherence to IRATA ( Industrial Rope Access Trade Association ) guidelines.

The incident command system (ICS) is a crucial framework that establishes clear roles and responsibilities within a rescue operation, and is used by first response teams. It ensures effective communication and coordination among all personnel involved in the emergency task. By implementing ICS protocols, teams can streamline their efforts and maintain control over the situation, in a joint operation.

Before initiating any rope rescue operation, a thorough risk assessment must be conducted. This involves identifying potential hazards, evaluating their likelihood and severity, and implementing appropriate control measures. A comprehensive risk assessment helps rescuers anticipate challenges and adapt their strategies accordingly.

Patient packaging techniques play a vital role in ensuring the safe extraction of individuals during rope rescue operations. Properly securing and immobilising patients minimises further injury or discomfort during transportation. Rescuers must be well-versed in various packaging methods to cater to different scenarios effectively.

Furthermore, adherence to IRATA guidelines is crucial for maintaining safety standards during rope rescue tasks. IRATA (Industrial Rope Access Trade Association) provides internationally recognised standards for industrial rope access operations. Following these guidelines ensures that equipment is properly maintained, techniques are correctly employed, and personnel are adequately trained.

By following these key steps and procedures - implementing ICS protocols, conducting thorough risk assessments, employing effective patient packaging techniques, and adhering to IRATA guidelines - rescuers can conduct successful rope rescue tasks with utmost professionalism while prioritising safety at all times.

Rope Rescue Techniques for Different Scenarios: Vertical Ascents and Descents

When it comes to rope rescue techniques for vertical ascents and descents, it is crucial to have a comprehensive understanding of the various systems involved. These systems include ascending systems, descending systems, and belay systems. By mastering these techniques, rescue professionals can efficiently navigate challenging vertical environments and ensure the safety of both themselves and those they are rescuing.

Ascending systems are employed when moving upwards on a rope. These systems typically involve the use of mechanical devices such as ascenders or friction hitches that allow rescuers to ascend with relative ease while maintaining control and stability. Understanding the proper selection and application of ascending systems is vital to ensure efficient progress during vertical ascents.

On the other hand, descending systems are utilised when moving downwards on a rope. These systems often rely on devices such as descenders or rappel racks that enable controlled descent while managing friction and speed. Proper knowledge of descending techniques is essential in order to execute safe and controlled descents during rescue operations.

Belay systems play a critical role in providing an additional layer of safety during vertical ascents and descents. These systems involve the use of ropes, anchors, and various devices that allow for dynamic belaying or static belaying depending on the specific scenario. Belaying effectively ensures that any potential falls or slips are mitigated by a backup system, minimising risks associated with rope rescue operations.

By understanding and implementing these various vertical rope access techniques - ascending systems, descending systems, and belay systems - rescue professionals can confidently navigate challenging environments with precision, ensuring successful outcomes in their life-saving endeavours.

Rope Rescue Team Training: Building Skills and Ensuring Safety in High-Risk Environments

Rope rescue training programs play a crucial role in preparing teams for the challenges of working in high-risk environments. These programs focus on building skills and ensuring safety through a combination of theoretical knowledge and practical exercises.

One key aspect of rope rescue training is team coordination exercises. These exercises are designed to enhance communication, trust, and collaboration among team members. By simulating challenging scenarios, teams can practice working together effectively and develop strategies to overcome obstacles.

Simulated scenarios are an integral part of rope rescue training programs. These scenarios replicate real-life situations that rescuers may encounter in high-risk environments. By exposing trainees to these simulated scenarios, they can gain hands-on experience and learn how to respond quickly and effectively while maintaining safety protocols.

Overall, rope rescue training programs provide essential skills and knowledge to individuals who work in high-risk environments. Through team coordination exercises and simulated scenarios, these programs ensure that rescue teams are well-prepared to handle emergencies while prioritising the safety of all involved parties.

The Role of Technology in Modern Rope Rescue Practices: Innovations and Tools for Enhanced Efficiency

In recent years, technology has played a significant role in revolutionising rope rescue practices, enhancing efficiency and safety for both rescuers and victims. One of the notable advancements in this field is the integration of drones into rope rescue operations.

Drone-assisted operations have proven to be invaluable tools in search and rescue missions, particularly in inaccessible or hazardous areas. Equipped with high-resolution cameras and thermal imaging capabilities, these unmanned aerial vehicles provide real-time visual data that aids rescuers in assessing the situation more accurately. This allows for quicker decision-making and more effective deployment of resources.

Furthermore, drones can be equipped with specialised equipment such as winches or ropes, enabling them to deliver essential supplies or establish temporary anchor points remotely. This not only reduces the risk to human rescuers but also expedites the overall rescue process.

The use of drones in rope rescue operations has also resulted in improved situational awareness. By capturing aerial footage from various angles, rescuers can gain a comprehensive understanding of the terrain and potential obstacles they may encounter during a rescue mission. This information helps them plan their approach strategically, mitigating potential risks and ensuring a smoother operation.

While drone-assisted operations have undoubtedly enhanced efficiency in rope rescue practices, it is important to note that they are not meant to replace skilled human rescuers. Instead, these technological advancements serve as valuable tools that augment their capabilities and improve overall operational effectiveness.

As technology continues to advance at an unprecedented pace, it is crucial for rope rescue teams to stay updated on the latest innovations and tools available. By embracing these advancements responsibly and integrating them into their training programs, rescuers can further enhance their ability to save lives while ensuring their own safety during challenging rope rescue scenarios.

Upholding Safety Standards through Continuous Training and Adherence to Best Practices in Rope Rescue Operations

In the realm of rope rescue operations, upholding safety standards is of utmost importance. To ensure the well-being of both rescuers and those in need of assistance, continuous training and adherence to best practices are crucial.

One prominent organisation that plays a significant role in this domain is IRATA (Industrial Rope Access Trade Association). With its comprehensive Training and Certification Scheme (TACS), IRATA sets the benchmark for safe rope access operations globally.

Through TACS, rope rescue professionals undergo rigorous training programs that cover various aspects such as equipment usage, rescue techniques, risk assessment, and emergency procedures. These programs not only equip individuals with the necessary skills but also instil a strong emphasis on safety protocols.

By adhering to best practices outlined by IRATA's TACS, professionals in rope rescue operations can mitigate risks effectively and ensure a safe working environment. Regular assessments and audits further reinforce compliance with safety standards, allowing for continuous improvement within the industry.

Ultimately, upholding safety standards through continuous training and adherence to best practices is paramount in maintaining the integrity and effectiveness of rope rescue operations. By prioritising safety at every step, professionals can confidently carry out their duties while safeguarding lives.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

The Ultimate Guide to Dundee Roofing

Wed, 17 Jan 2024 11:01:52 GMT

The Ultimate Guide to Dundee Roofing:

Everything You Need to Know About Roofing Services in Dundee

Understanding the Importance of Quality Roofing in Dundee

Welcome to our comprehensive guide on the importance of quality roofing in Dundee. In this blog, Dangle Rope Access will delve into the significance of reliable roofing services, the role of professional roofing contractors and companies, as well as the necessity of timely roof repairs and replacements.

A well-maintained roof is not only a key element in enhancing the aesthetic appeal of your property but also plays a crucial role in safeguarding your home or business from external elements such as rain, wind, and extreme temperatures, we face living in Scotland. Therefore, it is imperative to understand the importance of investing in high-quality roofing solutions to ensure long-term durability and protection.

Whether you are a homeowner or a business owner in Dundee, finding reputable roofing contractors and companies is essential for maintaining the integrity of your property's structure. Professionals like Dangle, possess the expertise and experience necessary to assess, repair, or replace roofs efficiently and effectively.

Throughout this section, we will explore various aspects related to quality roofing services in Dundee . From understanding common roof problems to identifying signs that indicate it may be time for roof repairs or replacement; we aim to equip you with valuable insights that will help you make informed decisions regarding your property's roof.

So let us now delve into this important topic by examining why quality roofing is vital for properties in Dundee.

The Different Types of Roofing Services Available in Dundee using Ropes NOT Scaffold

In Dundee, there are various types of roofing services available that utilise ropes instead of traditional scaffolding. These services cater to a range of roofing needs, including roof repairs, flat roofing, pitched roofs, slate roofing, and tile roofing, high rise building maintenance , gutter cleaning , window cleaning , the list is endless.

Roof repairs are essential for maintaining the integrity and longevity of a roof. Whether it's fixing leaks, replacing damaged shingles or tiles, or addressing structural issues, skilled professionals equipped with rope access techniques can efficiently carry out these repairs without the need for cumbersome scaffolding.

Flat roofing is another area where rope access methods prove beneficial. From installation to maintenance and repair work on flat roofs, using ropes allows for safe access to hard-to-reach areas without the need for extensive scaffolding setups.

Pitched roofs, commonly found in residential properties in Dundee, also benefit from rope access techniques. Professionals at Dangle are trained in working at heights and can navigate these steep slopes using ropes to perform inspections and carry out necessary maintenance or repairs.

Slate roofing is known for its durability and aesthetic appeal. Ropes provide an effective means of accessing slate roofs without causing damage to the delicate tiles. Our experts skilled in rope access can swiftly address issues such as cracked or missing slates while ensuring minimal disruption to the overall structure.

Tile roofing is another popular choice among homeowners in Dundee. With proper training and equipment, our team, utilising rope access methods can safely manoeuvre around tile roofs to conduct inspections and undertake any required repair work efficiently.

By employing ropes instead of scaffoldings for various roofing services such as repairs, flat roofing installations or maintenance on pitched roofs with slate or tile coverings; residents in Dundee can benefit from cost-effective solutions that minimise disruption while ensuring high-quality craftsmanship.

Professional Roofing Contractors in Dundee

When it comes to roofing services, choosing professional contractors in Dundee is essential for ensuring a job well done. Dangle, with their expertise and experience having completed thousands of roofing jobs, are equipped to deliver quality workmanship and meet the unique needs of each project.

One of the key advantages of hiring experienced rope roofing contractors is their ability to conduct rapid investigations. At Dangle we possess the knowledge and skills to quickly identify any underlying issues or potential problems with your roof. This allows our team to address these issues promptly, preventing further damage and costly repairs down the line.

Additionally, professional roofing contractors in Dundee offer services at competitive rates. While affordability is important, it should not compromise the quality of work. Roofing contractors like Dangle Rope Access are able to strike a balance between providing low-cost solutions without compromising on the integrity and durability of your roof.

Tips for Choosing the Right Roofing Company in Dundee

When it comes to choosing a roofing company in Dundee, it is crucial to consider several factors to ensure you make the right decision. One of the key aspects to evaluate is the reputation of the company.

A reputable roofing company like Dangle, will have a track record of delivering high-quality services and customer satisfaction. It is advisable to research and gather information about the company's reputation through various sources such as online reviews, testimonials, and recommendations from friends or family members who have used their services before.

Customer reviews and testimonials provide valuable insights into the experiences of previous clients. They can give you an idea of the level of professionalism, reliability, and workmanship offered by the roofing company, just Google us "Dangle Rope Access" to see what clients say.

Additionally, it is essential to choose a roofing company that is fully insured. This ensures that you are protected from any liability in case of accidents or damages that may occur during the roofing project. Request proof of insurance from any potential companies you are considering, Dangle and its team are fully insured as both an employer and contractor for works at height.

By considering these tips and thoroughly evaluating each prospective roofing company's reputation and insurance coverage, you can make an informed decision when selecting a reliable roofing partner in Dundee.

The Importance of Regular Roof Maintenance and Inspections in Dundee

Regular roof maintenance and inspections play a crucial role in ensuring the longevity and durability of roofs in Dundee. With the unpredictable weather conditions and harsh elements that roofs are exposed to, it is essential to prioritise the upkeep of this vital component of any building.

Roof maintenance services encompass a range of tasks, including cleaning debris, clearing gutters, and identifying any signs of damage or wear. By regularly maintaining the roof, property owners can prevent potential issues from escalating into costly repairs or even structural damage.

Equally important are routine roof inspections conducted by professionals who specialize in identifying hidden problems that may not be immediately visible. These inspections allow for early detection of leaks, cracks, or weak spots that could compromise the integrity of the roof. By addressing these issues promptly through repairs or necessary interventions, property owners can avoid more extensive damage and costly repairs down the line.

Preventing damage and leaks through regular maintenance and inspections not only safeguards the structural integrity of buildings but also helps maintain a safe and comfortable living or working environment for occupants. It is an investment in protecting one's property value while ensuring peace of mind.

In Dundee, where adverse weather conditions are not uncommon, regular roof maintenance and inspections are particularly crucial. By engaging professional services dedicated to preserving rooftops' health, property owners can proactively address potential problems before they escalate into more significant issues that could disrupt their daily lives or incur substantial financial burdens.

Therefore, prioritising regular roof maintenance services and periodic inspections is vital for safeguarding properties in Dundee against damage caused by weather elements while ensuring long-term durability and peace of mind for property owners.

Roofing Problems in Dundee and How to Address Them

In Dundee, homeowners often face a range of roofing problems that can cause significant inconvenience and potential damage to their properties. From leaking roofs to damaged slates or tiles, gutter issues to poor insulation, and even storm damage, it is crucial for homeowners to be aware of these common problems and understand how to address them effectively.

One of the most prevalent issues faced by homeowners in Dundee is leaking roofs. This can be caused by various factors such as age-related wear and tear, damaged flashing, or improperly installed roofing materials. Identifying the source of the leak is essential in order to address it promptly and prevent further damage.

Another common problem is damaged slates or tiles. Extreme weather conditions or accidental impact can result in cracked or dislodged slates/tiles, compromising the integrity of the roof. Timely repair or replacement of these damaged components is necessary to maintain a watertight roof structure.

Gutter issues also pose a significant challenge for homeowners in Dundee. Clogged gutters can lead to water overflow, causing water damage not only to the roof but also to the walls and foundation of the property. Regular cleaning and maintenance of gutters are essential for proper water drainage and prevention of potential structural damage.

Inadequate insulation is another problem that homeowners may encounter with their roofs. Poor insulation can lead to heat loss during colder months and increased energy consumption as a result. Installing proper insulation materials can help improve energy efficiency and reduce heating costs.

Lastly, storm damage often requires immediate attention from professionals offering repair services specifically tailored for such situations. Whether it's repairing shingles blown off by strong winds or addressing structural damages caused by severe storms, seeking professional assistance is crucial in restoring the roof's integrity.

To address these roofing problems effectively, homeowners in Dundee should consider engaging reputable roofing contractors who specialise in services such as waterproof coating applications, flat roof felt or membrane repairs, storm damage repairs, and overall maintenance solutions. By taking proactive measures and seeking professional help when needed, homeowners can ensure the longevity and functionality of their roofs, protecting their properties from potential damage caused by roofing issues.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Edinburgh's Wind Farm Maintenance Services

Wed, 10 Jan 2024 13:11:27 GMT

Wind Farm Maintenance Services in Edinburgh

Amidst the historic splendour and scenic landscapes of Scotland’s capital stands Dangle Rope Access , a shining light in the field of Edinburgh wind farm maintenance services . Established by Simon, an IRATA rope access certified technician , the company towers above others due to its foundational commitment to exceptional service and safety.

With over twenty years of combined experience in this industry, our expertise speaks volumes in the Scottish energy sector. Our team, led by industry stalwarts, brings an unparalleled depth of skills to the table. With state-of-the-art equipment and IRATA rope access techniques, we promise efficiency and results, making us a trusted partner across various industries.

Cutting-Edge Blade Inspection & Repair

At the heart of our wind farm maintenance services, we offer innovative blade inspection and repair. In a place like Edinburgh, where environmental factors like lightning strikes can cause significant damage to the turbine blades, being vigilant with a maintenance routine is vital.

Our technicians, equipped with advanced tools, and techniques from leaders like Sika & 3M , Dangle perform meticulous inspections to identify even the smallest anomalies. Once detected, our team can also swiftly proceeds with repairs if required, restoring the blades to their full potential and ensuring the uninterrupted operation of your wind farm with Annual Energy Performance AEP always showcasing strong returns.

Industrial Painting & Coating Services

Originally rooted in industrial painting, Dangle Rope Access bring expertise in coating repair and application services . Our team ensures that your turbine’s paint work is always at its best, effectively protecting it from the harsh Scottish weather and maintaining the performance of your turbines.

Utilising professionally trained painters from our in-house collaboration with Train the Painter and a wide range of experience in up and down-tower paint applications systems, we are well-versed in the intricacies of coating materials and their application processes. This knowledge allows us to tailor our services to each project's specific requirements, delivering a high-quality finish that not only extends the lifespan of your equipment but also enhances its visual appeal. In short, our expertise in industrial paint application translates into a seamless and superior coating maintenance service, ultimately contributing to the operational efficiency of your wind farm.

Dedication to Minimising Downtime

We understand that any downtime, irrespective of how short it might be, can have significant operational and financial implications in the wind farm industry. This is why we prioritise procedures that minimise or even eliminate the prospect of any unnecessary shutdowns.

Our strategic planning, efficient execution, and innovative techniques are all designed to provide the fastest turnaround times without compromising quality. We believe that preventing unplanned shutdowns is better than dealing with them, and this philosophy shapes our every move.

With the energy landscape of Edinburgh increasingly embracing wind power, and the announcement of Forth Ports in Leith investing £50m into developing its wind farm port services it’s paramount for wind farm operators to partner with service providers like Dangle who understand these challenges and demands. Dangle Rope Access don’t just know these challenges – we anticipate them and have relationships with major supply chain operators in the sector.

Over the years, we have proven our capabilities and earned a steadfast reputation for our commitment to customer service. In 2019, our dedication was recognised when we received the customer commitment award in Scotland . Additionally, our diverse and ever-growing portfolio of clients is a testament to our reliability and efficiency. In 2024 after many rounds of competitive bidding and a final BAFO, Dangle were awarded the largest contact in its companies short but highly successful history. Orsted awarded Dangle Rope Access with a framework agreement to carryout coating repairs to all of its UK offshore, substations!

Edinburgh's wind farm operations deserve a service provider that isn't just based in Edinburgh but also brings a blend of expertise, state-of-the-art techniques, and an unwavering commitment to minimising downtime.

We, at Dangle, embody these values in our operations. Visit our about us page to learn more about how we can be of service to your wind farm maintenance needs in Edinburgh.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Glasgow's Wind Farm Maintenance Services

Wed, 03 Jan 2024 14:04:04 GMT

In the vibrant city of Glasgow, the renewable energy sector is accelerating at an unprecedented pace, with wind farms dramatically reshaping the landscape. It's in this dynamic environment that Dangle Rope Access have carved a niche as an unparalleled provider of Glasgow wind farm maintenance services.

Combining years of experience, extensive knowledge, and a passion for sustainable energy, our team is comprised of highly skilled technicians who are not only the best-in-class locally but renowned for their professionalism and innovation. Our technicians are not just employees, they are the very heart and soul of our operations, armed with technological expertise and a deep commitment to ensuring the smooth running of projects on Glasgow's wind farms.

We always strive to adopt modern methodologies and utilise state-of-the-art equipment in all our operations. Our unwavering commitment to the highest service quality and dedication to integrating the latest technological advancements into our service offerings distinguish us as a go-to solution for all wind farm maintenance needs in and around Glasgow and Scotland.

Leaders in the Industry

Established by Simon, an IRATA-certified technician, Dangle has emerged as a leading industry presence in Scotland over the course of the last eight years. Supported by a team of experts including Emily, James, and Vikki, our company excels in delivering reliable solutions and unlocking new opportunities within the field of rope access. Through their exceptional skills, unwavering commitment to safety, and unparalleled dedication, we consistently deliver superior services across a range of industries that demand the ability to reach inaccessible areas.

Comprehensive Wind Farm Maintenance Services

With the expertise ingrained in our team and the advanced techniques at our disposal, Dangle offer a comprehensive range of wind farm maintenance services to meet every need. Some of our core wind turbine services include:

Blade Repair : Our certified and accredited rope technicians perform blade inspections and repairs ranging from basic prep and paint to complex tasks such as lightning strike damages and core material replacements.
Leading Edge Protection : Our team skilfully handles leading edge erosion issues and applies retrofitting power curve upgrades to keep your blades at maximum efficiency.
Coating Repair : Our professionally trained painters perform a wide range of up and down-tower paint applications to ensure the longevity and performance of your wind turbines.
Retrofit Installation : With our industrial expertise, we can service your wind turbines with the latest retrofit installations for optimal performance.

Innovative Rope Access Techniques

At Dangle Rope Access, our passionate and dedicated team is committed to pushing the boundaries of innovation in the industry. We are constantly exploring and developing cutting-edge methods to enhance the safety, efficiency, and cost-effectiveness of our services. Through the strategic implementation of state-of-the-art rope access techniques, we are able to consistently deliver on these commitments, ensuring that our clients receive the highest standard of service.

By significantly reducing the reliance on traditional access methods like scaffolding, our approach not only saves valuable time and decreases costs, but also minimizes disruption to your site operations. This ensures a hassle-free and streamlined experience for our clients, allowing them to focus on their core business activities while we take care of the access requirements with utmost professionalism and expertise. Our dedication to staying ahead of the curve in rope access technology means that we are always ready to tackle even the most challenging projects, delivering exceptional results every time.

Committed to Glasgow

Embarking on a journey alongside Glasgow's forward-thinking initiatives in harnessing wind energy, our company specializes in finely honed operations that are tailored to meet the distinct requirements of the city. Leveraging our hands-on experience, deep industry insights, and a comprehensive understanding of Glasgow's specific context, we have positioned ourselves as the premier service provider for wind farm maintenance in the region.

Our commitment to excellence and our ability to adapt to the unique needs of Glasgow's wind energy sector set us apart as the ideal partner for sustainable and efficient wind farm operations.

Get in Touch

If you are in Glasgow and searching for efficient, reliable, and safe wind farm maintenance services, look no further. We invite you to contact us for more information about our services or to request a specifically tailored quote for your wind farm needs.

Experience the standards of excellence with Dangle Rope Access Specialists in Glasgow. We are committed to safeguarding the operational efficiency of your wind farm around the clock. Give us a call and let's get started today.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Glasgow's Rope Access Paint Inspection Services

Sat, 23 Dec 2023 11:50:14 GMT

Rope Access Paint Inspection Services in Glasgow

Introducing Dangle Rope Access , the premier provider of unique and innovative Glasgow rope access paint inspection services. With a strong foothold in Scotland, we have set the industry standard for rope access expertise for a remarkable eight years at the time of writing. Our unwavering mission is to deliver unparalleled quality, and the Dangle Rope Access difference is evident in our unmatched proficiency, highly certified professionals, and our distinctive approach to paint inspection utilising cutting-edge rope access techniques.

Our exceptional team, led by industry experts like Simon, an AMPP (formally NACE) Senior Corrosion Technologist and member of the UK's Institute of Corrosion (ICorr), and brings a wealth of knowledge and experience to the table. Simon is also a published author on industrial painting, with notable works such as " Corrosion in a Modern World ", solidifying our standing as a trusted name in the painting industry. From our inception by our founder Simon, who is also an IRATA-certified technician , we have focused on delivering a diverse range of services including rope access, blade repair, industrial coatings, and drone inspections, all of which are integral to our core specialties.

Revolutionising Paint Inspections

In an industry where tradition often trumps innovation, we stand out by utilising advanced rope access techniques to conduct our paint inspections at height on land or over water. This unique method provides numerous benefits that directly impact your bottom line by prioritising efficiency and safety. Our approach allows for quick yet thorough inspections, ensuring that your operations continue without unnecessary stoppages. Furthermore, our rope access techniques are cost-effective, reducing heavy expenses associated with traditional inspection methods.

We are committed to not only delivering top results but also ensuring minimal disruption to your operations. Our team skilfully navigates the inspection processes, significantly reducing downtime. The result is an unbeatable blend of reliability and efficiency that sets us apart from the competition. Our dedication to utilising innovative methods sets us apart in an industry where tradition often takes precedence over progress, making us the ideal choice for your paint inspection needs on the ground or above ground.

Going Beyond the Call of Duty

At Dangle, we take great pride in our specialists' in-depth understanding of Glasgow's unique weather conditions. This knowledge allows us to not only provide services but to customize them in a way that perfectly fits the specific weather and landscape of Glasgow. This ensures that our inspections remain unaffected by any weather-related unexpected issues, giving our customers peace of mind.

Furthermore, as a business actively operating in Glasgow, compliance with local laws and regulations is not just mandatory for us, it forms the very basis of our operations. Our commitment to conforming to local standards is a testament to our dedication to providing high-quality, reliable services to our customers while also respecting and adhering to the city's regulations.

The Dangle Rope Access Specialists Difference

We are incredibly proud of our 2019 customer commitment award in Scotland , a testament to our unwavering dedication to superior service. Our reputation for exceptional customer service, combined with our ability to adhere to the highest safety standards, has earned us a diverse client portfolio and made Dangle Rope Access a trusted partner in various industries. In 2020 we also went on to secure a further award from the Institute of Corrosion and since then have gone on to secure several more with the latest being a SHE award (Safety, Health & Environment) from Robertson Construction Group .

We're not just about business; we are passionate about what we do, and this passion is reflected in our results and consistent outstanding client satisfaction.

Your Customised Rope Access Solution

At Dangle, we extend an invitation to you for more than just a service. We encourage you to immerse yourself in the professionalism, embrace the expertise, and witness firsthand how our unique solution can make a significant impact on your operations. Our team is ready to demonstrate how our innovative approach can be a game-changer for your business.

Don't hesitate to reach out to us for more information, or to request a tailored quote that perfectly aligns with your specific needs.

Indulge in the exceptional. Experience the best in rope access paint inspections with Dangle Rope Access, your trusted partner in Glasgow's vibrant city.

Take the first step towards a seamless operation. Welcome to the world of advanced rope access operations with Dangle Rope Access Specialists. Contact us now and let's embark on this journey together.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Roof Maintenance | Rope Access

Fri, 08 Dec 2023 11:15:57 GMT

What Does a Rope Access Roof Maintenance Inspection Entail?

Safety and efficiency are arguably the two most important factors when it comes to roof inspections. Utilising the right method and tools is crucial to minimising potential risks and optimising resources. One popular and proven approach to roof maintenance is rope access . In this article, we will delve into the process of rope access roof maintenance inspection performed by the industry leader Dangle.

Introduction to Rope Access and its Advantages

Originating from techniques used in climbing and caving, rope access is now a widely used method for work at dangerous heights, which includes an array of operations such as inspection, maintenance, and repair. Utilising a series of ropes, harnesses, and specialised equipment, technicians are afforded the ability to reach otherwise high or hard-to-access locations. As a result, when compared to traditional access methods like scaffolding or lifts, rope access indisputably offers a safer and highly efficient alternative. Our motto "Reach the Unreachable" encompasses all that we do.

The following details five substantial benefits of choosing rope access for roof maintenance and inspections:

Enhanced safety : Rope access technicians use a twin-rope system - while one acts as the working line, the other serves as the backup safety line. This two-fold safety initiative ensures the technician is always secured should any part of the system fail. Additionally, technicians undertaking rope access are required to perform regular daily equipment checks and undergo rigorous training every few years, thereby markedly reducing the risk of accidents by having only trained and competent people working at height.
Cost-efficiency : Opting for rope access negates the necessity for scaffolding or lift rentals which often incur hefty daily hire costs. Furthermore, the rapid setup and dismantling of rope equipment, coupled with the ability to accomplish tasks efficiently, results in considerable labour cost savings too!
Minimal disruption : Unlike scaffolding which can obstruct building entrances and footpaths for weeks, months or even years, rope access causes minimal impact to building occupants and pedestrians. The method is swift, quiet, and focuses on the exact area of work, thereby reducing disturbance to the greater area and people within it.
Rapid setup and dismantling : The time required for the installation and removal of rope access systems is significantly less than that of traditional systems like scaffolding. Such speed allows for faster commencement of work and ensures projects can be completed in a timely manner. This is particularly beneficial in areas prone to adverse weather conditions, where work opportunities may be narrow like the Scottish winters.
Environmentally friendly approach : Rope access techniques have minimal impact on the environment compared to conventional access methods. There is a noticeable reduction in noise pollution and carbon emissions as there is no need for heavy machinery or equipment. Moreover, rope access requires less physical material, resulting in decreased energy consumption during the production and transportation stages.

Rope access brings with it a host of advantages when chosen for roof inspections and building maintenance. Its unrivalled blend of safety, cost-efficiency, speed, and low environmental impact make it a highly advantageous and increasingly preferred alternative to traditional access methods.

Dangle Rope Access Specialists: Background and Expertise

Founded by IRATA-certified technician Simon, Dangle has been a driving force in Scotland's rope access industry for over eight years. The company's expertise spans a wide range of services, such as blade repair, industrial coatings, and drone inspections. Led by proficient experts in their field, Dangle Rope Access are renowned for their high-level skills and dedication to safety. A trusted partner across different industries, the company also holds many accolades however the customer commitment award in Scotland is one of rope access companies proudest.

Comprehensive Inspection Services

Dangle Rope Access offers an extensive range of roof maintenance inspection services, providing a thorough approach to identifying and addressing potential issues. Their comprehensive process encompasses the following steps:

Initial Survey : Before commencing any close visual inspection, Dangle first conduct an initial survey of the site to establish its overall condition. This assessment allows them to identify any visible irregularities, access and egress as well as to determine the appropriate strategy and equipment required for a more in-depth examination.
In-Depth Inspection : Dangle Rope Access proficiently assess the roof, investigating any structural issues, damages, or system failures that may be present. This vital step involves scrutinising various aspects such as roofing materials, seams, flashings, flaunchings, drainage systems, rainwater goods including guttering and potential moisture intrusion sites – ensuring no stone is left unturned. And the best part, its all done at a distance of less than one metre to the surface under inspection.
Areas Requiring Maintenance : After the inspection, the rope technicians at Dangle Rope Access identify areas that demand attention, be it a need for maintenance, repair, or remedial actions, with our unique traffic light system for reporting (Red, Amber and Green depending on the condition found and urgency for repair). This process allows for swift and effective rectification, reducing the likelihood of further complications or costly disruptions in the future.
Detailed Report and Recommendations : Upon completing the inspection, Dangle compile a comprehensive report detailing their findings. The report not only highlights the areas inspected but also provides recommendations for repairs, maintenance, or replacement. This information is invaluable in guiding informed decision-making and creating a suitable action plan for maintaining the integrity of the roof or high building.

By employing the expertise of rope access techniques, Dangle Rope Access Specialists facilitate a heightened level of safety and cost savings for companies. The exceptional attention to detail throughout our comprehensive inspection services ensures roofs are maintained in optimal condition, thereby minimising the risk of issues escalating into major problems, and extending the overall life of the roof.

Commitment to Safety and Customer Satisfaction

Safety is at the core of Dangle operations. The commitment to maintaining the highest safety standards is evident in their rigorous training programs, IRATA certification, and meticulous planning for each project. By choosing the most appropriate access techniques and equipment, adhering to proper protocols, and employing experienced technicians, the company minimises risks and enhances the safety of its team and the site where they work.

Furthermore, Dangle Rope Access takes great pride in providing exceptional customer service. The company has earned a reputation for reliability, professionalism, and bagging the 2019 customer commitment award in Scotland . Clients can trust that their rope access roof maintenance inspection will not only be safe and thorough but that their satisfaction is a top priority too.

In conclusion, rope access roof maintenance inspections provide a safe, efficient, and cost-effective solution for building owners and managers. Dangle, with their extensive experience, skilled team, and commitment to customer satisfaction, exemplify the best the industry has to offer. To learn more about these services, visit the Dangle Rope Access Specialists website or explore the service offerings page.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Edinburgh Rope Access Paint Inspection Services

Thu, 30 Nov 2023 10:01:51 GMT

Rope Access Paint Inspection Services in Edinburgh

Located in the captivating city of Edinburgh, Dangle Rope Access stands tall as an award-winning provider of rope access solutions and industrial painting services . As a family-owned business, we pride ourselves on our strong tradition of delivering high-quality working at height services coupled with an unwavering commitment to safety. Our IRATA-certified rope access paint technicians in Edinburgh embody our dedication to reaching new heights while ensuring our client's utmost satisfaction. With years of experience under our belt, we have become the go-to choice for businesses and individuals in need of professional rope access solutions and industrial painting services in Edinburgh and beyond.

At Dangle, we understand the importance of safety when it comes to working at height. That's why we have implemented strict safety protocols and training programs to ensure that our rope technicians are equipped with the knowledge and skills to carry out their tasks safely and efficiently. Our commitment to safety is further reinforced by our adherence to industry standards and regulations, as well as our continuous investment in state-of-the-art equipment and technology.

When you choose Dangle, you can rest assured that you are working with a team of professionals who are passionate about what they do. Our rope access paint technicians are not only highly skilled and experienced, but they also take pride in their work and strive for excellence in every project they undertake. Whether it's a small-scale industrial painting job or a complex rope access solution, we approach every task with the same level of dedication and attention to detail.

One of the things that sets us apart from other rope access service providers is our motto, "Reach the Unreachable." This motto encapsulates our philosophy and serves as a constant reminder of our commitment to going above and beyond for our clients. We believe that no task is too difficult or challenging when it comes to rope access and industrial painting, and we are always ready to push the boundaries and find innovative solutions to meet our clients' needs.

In addition to our rope access solutions and industrial painting services, we also offer a wide range of complementary services to ensure that we can meet all of our clients' needs. From building maintenance and roof repairs to window cleaning and inspection services , we have the expertise and resources to handle any project, big or small.

So, whether you are a business owner in need of rope access solutions or an individual looking to spruce up your property with a fresh coat of paint, look no further than Dangle Rope Access. With a commitment to safety, excellence, and customer satisfaction, we provide comprehensive inspection, access, coatings, and composite services. Trust us to reduce your maintenance costs and deliver proven solutions.

Tackling Heights with Industrial Abseiling

Our team of highly trained Rope Access Technicians adopts the art of industrial abseiling to effortlessly access hard-to-reach locations. This eliminates the need for traditional scaffoldings or aerial work platforms, which can often be restrictive and less cost-effective. Whether it's a commercial building requiring a fresh coat of paint or an industrial complex in need of an annual maintenance check, our industrial abseiling offers a comprehensive and efficient solution, and we think thats taking a fresh approach and we're proud to be disruptive in the sector.

Preserving and Protecting with Rope Access Painting

At Dangle, we believe in preventive scheduled maintenance that guards structures against potential deterioration. Our rope access paint technicians excel in applying high-quality industrial coating systems designed to increase the longevity of your assets. By warding off corrosion and erosion, our services fortify your structures against the harsh Scottish weather and give them an aesthetically appealing facelift.

Our expertise extends to all types of structures and covers a wide range of materials - from bricks and concrete to metals and plastics. Rest assured, our hand-picked protective coatings are perfect for keeping your building assets in pristine condition.

Harnessing Wind Energy: Maintenance and Repair

As we march towards a more sustainable future, our services extend into the dynamic field of renewable energy , specifically, wind turbine maintenance and repair . With an acute understanding of the unique needs unmet by common maintenance methods, we provide fast, cost-efficient solutions for wind turbine maintenance including blade repair and wind turbine generators leading edge protection .

Our IRATA-certified Rope Access Technicians combine their expertise in rope access with in-depth knowledge of wind turbines to ensure your turbines run efficiently, reducing costly downtime and extending their operational life.

A New Perspective with Drone Inspections

We've always aimed to stay at the forefront of the latest technology, integrating modern advances into our traditional practices wherever possible. As such, we added UAV drone technology to our arsenal.

This technology allows us to perform aerial inspections safely from the ground, giving us an unrivalled view of hard-to-reach places. This bird's eye perspective ensures we can accurately assess the condition of structures and identify areas requiring attention.

Safety: Our Paramount Concern

Our commitment to safety is at the foundation of every service we provide. We strictly adhere to safety protocols and standards set by international bodies. All our operations are performed by IRATA (Industrial Rope Access Trade Association) certified technicians, a decision that highlights our commitment to professional excellence and safety.

From the start to the end of a project, we focus on maintaining a safe, secure, and professional working environment.

Take Action Today

If your business operates in or around the popular Scottish city of Edinburgh, and you need a trustworthy and cost-effective maintenance solution, then Dangle's rope access services is here for you. No matter the size or shape of the structure, our dedicated rope access technicians are ready to ensure the safety, stability, and visual elegance of your assets.

With decades of experience in rope access solutions, we offer a comprehensive, cost-effective, and trustworthy solution. Don't let the challenging heights deter you - partner with us today for your rope access painting, wind farm blade repair, and many more maintenance needs. Embrace safety, reliability, and expertise by choosing Dangle for all your rope access requirements in Edinburgh.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Aberdeen's Rope Access Services

Sat, 25 Nov 2023 12:29:11 GMT

Rope Access Services in Aberdeen

In the alluring city of Aberdeen, Scotland, Dangle offer it's rope access services as a friendly, family-founded, award-winning provider of rope access solutions and industrial painting services tailored to your specifications. Our team of dedicated IRATA-certified technicians underscores our unwavering commitment to safety standards and underscores our dedication to meeting client’s unique needs for rope access in Aberdeen.

Expert Rope Access Technicians in Aberdeen

Our rope access technicians are the key to our high-quality access service's in Aberdeen. Armed with the proficiency to leverage rope work to comfortably reach challenging at height areas, these experts eliminate the need for traditional scaffolding or aerial work platforms.

Whether it's a commercial property requiring routine maintenance, like Custom House in the heart of the city centre or an industrial wind turbine necessitating expert repair, our rope technicians offer a reliable, cost-effective, and safe solution wherever your problem sits.

Comprehensive Industrial Abseiling and Rope Access Painting

Employing the practice of industrial abseiling, we deliver a safe, cost-effective methodology for cleaning, maintaining, and refurbishing exteriors. This eradicates the need for scaffolding and presents a compelling, eco friendly, minimal fuss alternative to powered methods such as cherry pickers and scissor lifts.

Our rope access paint technicians specialise in applying coating systems that extend the lifespan of assets, augmenting our position as a leading provider of corrosion protection services. Through our painting and coating applications , we not only enhance the visual appeal of your structures but also significantly reduce the potential for future damage and subsequent repair costs.

Expert Wind Farm Blade Repair Services

Our commitment to sustainability and green practices translates directly into our extensive services within the renewable energy industry . We offer fast, cost-efficient solutions for a plethora of wind turbine maintenance activities, including wind farm blade repair .

Our expert technicians, equipped with their IRATA certification, are trained to work in demanding environments, ensuring your wind turbines are running smoothly and efficiently to maximise energy production.

Revolutionary Drone Inspection Services

At Dangle Rope Access, we blend traditional methods with innovative technology. Our utilisation of the latest UAV drone technology allows us to perform thorough aerial inspections without needing to leave the ground. This opens up new perspectives, allowing our team to evaluate and ascertain the condition of your structures accurately, ensuring comprehensive maintenance that leaves no stone unturned, with close visual inspections.

Safety Above All

At the core of our services for rope access in Aberdeen is an uncompromising allegiance to safety. All our procedures incorporate strict safety protocols, devoted to IRATA (Industrial Rope Access Trade Association) standards, emphasizing our dedication to ensuring a secure working environment.

Choose Dangle Rope Access Services in Aberdeen

Being a renowned and award-winning provider of rope access solutions in Aberdeen, Dangle Rope Access is your trusted partner for all rope access painting, wind farm blade repair, and coating inspections.

Our dedicated team of professionals and our unfaltering commitment to safety make us the perfect choice for your needs. Embrace safety, durability, and cost-efficiency with Dangle Rope Access. Contact us , and let’s work together to ensure your assets are not only visually appealing but also long-standing and safe. With Dangle Rope Access Services in Aberdeen, reaching new heights has never been easier. Reaching the unreachable is at the heart of what we do!

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Dundee Rope Access Services

Sat, 18 Nov 2023 13:24:15 GMT

Rope Access Services in Dundee

When it comes to rapid access for work at height in Dundee, no-one does it faster than Dangle .

In the bustling city of Dundee, Scotland, a unique form of industrial service is making significant strides. With an emphasis on safety, cost-effective strategies, and comprehensive training, Dangle Rope Access is providing unparalleled rope access services.

Harnessing crucial environmental elements, Dangle's technicians eradicate the need for traditional scaffoldings in working at height services like industrial painting and repair with rope access in Dundee. Our specialities lie in the domains of industrial painting and wind farm blade repair. We have mastered the art of accessing hard-to-reach locations, thereby eliminating the need for more expensive and less flexible access methods.

A New Approach to Industrial Solutions

Using a distinctive approach known as industrial abseiling, Dangle's Rope Access Technicians ascend to great heights. Abseiling, is an activity that involves descending a near-vertical surface with a doubled rope coiled around the body and fixed at a higher point, rappelling these technicians to complete tasks with precision and safety.

With this technique, Dangle's Rope Access Technicians can readily reach a variety of difficult-to-access locations. This eliminates the need for more traditional, often inconvenient, methods such as scaffolding or aerial work platforms. By harnessing the power of industrial abseiling, Dangle delivers efficient and precise solutions for a myriad of tasks.

Rope Access Painting: A Lifeline for Structures

One of the key services provided by Dangle is rope access painting , a service that demonstrates our commitment to extending the lifespan of your assets. Providing this speciality, the technicians can access and paint hard-to-reach areas, thereby significantly improving the longevity and aesthetics of the structures, whilst reducing your access costs.

Our distinctive approach to industrial solutions, founded on the principles of industrial abseiling and comprehensive asset protection, places them as a top choice for businesses in Dundee in need of rope access painting and other hard-to-reach maintenance services. Our commitment to safety, efficiency, and quality service delivery is evident in every project we undertake.

Sailing into the Wind

As we embark on a new journey, transitioning from the solid foundations of steel structures to the awe-inspiring heights of wind turbines, we boldly expand the horizons of our services to encompass the realm of wind farm blade repair . With a deep sense of purpose and a commitment to excellence, we invite you to join us as we navigate the virgin territories of this exciting industry.

Harnessing the power of innovation and expertise, our team of highly skilled and IRATA-certified Rope Access Technicians stands ready to provide you with fast and efficient solutions for a wide range of wind turbine maintenance activities . From the moment we set sail, we are dedicated to delivering cost-effective and reliable services that meet and exceed your expectations. Picture this: a majestic wind farm stretching as far as the eye can see, with turbines standing tall and proud, harnessing the invisible force of the wind. It is within this breathtaking landscape that we find our calling, our purpose.

With our specialized knowledge and unwavering commitment to safety, we are fervently dedicated to ensuring that these towering giants of renewable energy continue to operate at their optimal capacity. But what sets us apart from the rest? It is our unwavering passion for what we do, our relentless pursuit of excellence, and our tireless dedication to the well-being of both our clients and the environment. We understand that wind turbine maintenance is not just a task; it is a responsibility. A responsibility to future generations, who will inherit the world we leave behind.

And it is with this in mind that we approach every project, every repair, with the utmost care and attention to detail. Our comprehensive range of services extends beyond mere blade repair. We offer a multitude of solutions, tailored to meet the unique needs of each wind farm. Whether it be inspections, cleaning, or even complete refurbishments, our team of experts possesses the skills and knowledge necessary to tackle any challenge that comes our way.

So, as we embark on this thrilling expedition into the world of wind turbine maintenance, we invite you to join us. Together, let us sail into the wind, harnessing its power, and shaping a future that is sustainable, efficient, and full of promise.

Flying High with Drone Inspections

In addition to their rope access solutions, we employ cutting-edge UAV drone technology for aerial inspections . This innovative approach enables us to perform aerial inspections safely without leaving the ground.

The Safety Pledge

In all of our operations, safety protocols and standards take precedence. All technicians hold an IRATA (Industrial Rope Access Trade Association) certification, cementing our commitment to safety and proficiency. From starting with a firm knot to successfully completing the job at dizzying heights, every step is marked by meticulous safety measures.

Rope Access in Dundee: The Call to Action

With our robust safety protocols, award-winning services , and a wide range of offerings, Dangle Rope Access has rightfully garnered renown in Dundee. From industrial painting services extending the lifetime of your assets, to essential wind farm blade repair, we have the expertise and commitment to meet your needs.

Companies in Dundee looking for reliable, safe, and cost-effective rope access solutions don’t need to look any further. Whether it's an industrial facility in need of a new coat of paint or a wind turbine requiring maintenance, contact Dangle Rope Access today to support you in reaching the unreachable!

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

What has a Rope Access Painter Do?

Mon, 13 Nov 2023 10:58:46 GMT

What Does a Paint Rope Access Technician Do?

Ever stared up at a towering skyscraper, glistening in the sun, and wondered how the paint stays so clean and perfect? The answer lies in the skilled work of a Paint Rope Access Technician. Harnessing the art of industrial abseiling, these professionals specialise in painting and coating applications required in places where traditional means, like scaffolding or aerial work platforms often known as MEWPs ( mobile elevated work platforms ), are not feasible.

Rope Access Technicians set up rigging of ropes and operate rope access equipment, enabling them to safely approach work areas that are typically difficult to access. In this article, we will explore the role of paint rope access technicians, how they provide safety and stability in a dangerous profession, and the various applications they are involved in.

Understanding the Role of a Paint Rope Access Technician

A Paint Rope Access Technician is more than just an painter with a love for heights. This role combines specialist painting skills, knowledge of safety protocols, and physical prowess to tackle jobs that are literally out of reach for most.

Their day-to-day involves setting up rigging and operating rope access equipment, like seasoned climbers preparing to conquer a mountain. But instead of seeking the thrill of reaching new peaks, they're there to make sure our buildings and structures look their best while also protecting them from weather damage.

In essence, these technicians can be seen as 'vertical decorators', able to deliver high-quality paintwork in hard-to-access areas. As we delve deeper into this unique job role, let us appreciate the challenges faced by these experts who take artistry and craftsmanship, quite literally, to great heights.

Painting in New Heights

With ropes and harnesses in their toolkit, Paint Rope Access Technicians bring paint and coating applications to new heights. By tying the ropes to “unquestionably sound” structures, they can abseil down the sides of buildings and other structures.

Their access to hard-to-reach work areas allows them to perform critical tasks such as industrial painting services and corrosion protection services. For companies like Dangle , the work of a Paint Rope Access Technician is crucial in maintaining the integrity and aesthetics of structures.

By applying coating systems, Paint Rope Access Technicians extend the lifespan of assets, acting as a key player, right across Scotland, in providing corrosion protection services. Their work is critical across a variety of industries, including oil and gas, where coating inspection holds significant importance.

The Importance of Safety in Rope Access Work

Working at heights, especially when painting and coating services are involved, is no small feat. It demands a high level of safety measures that Paint Rope Access Technicians must strictly adhere to.

Safety begins with the right training. An IRATA certification , for instance, equips technicians with vital skills for working safely in challenging environments.

Risks Involved In Height-Based Tasks

At Dangle Rope Access, we understand that falls from height can have severe consequences, including serious injuries and even fatalities. That's why we prioritise risk management for our height technicians. In fact, the number of falls from height has seen an alarming rise in 2021 . To learn more about this concerning trend and how to prevent it, we encourage you to read our separate blog post by clicking the link. As a leading provider of comprehensive inspection, access, coatings, and composite industrial services, Dangle is committed to offering proven solutions that help reduce maintenance costs and increase safety at height for both private and public sector companies.

The Role Of Equipment And Techniques In Ensuring Safety

Using reliable equipment like harnesses and helmets from world leader Petzl , minimises potential risks associated with rope access work. Moreover, mastering techniques such as descent control contributes significantly towards ensuring safety during operations.

Maintaining Vigilance Through Regular Inspections

A key part of safety protocols involves regular inspections of all rope access equipment used by rope technicians – this helps identify any signs of wear or damage before they pose a danger.

The Versatility of Rope Access Techniques

When it comes to reaching dizzying heights or tricky “unreachable” spots, few methods can rival the flexibility offered by rope access techniques. Rope access offers an efficient alternative to scaffolding and aerial work platforms. In fact, setting up ropes is quicker and less disruptive. This leads to shorter project timescales and fewer disturbances on site, saving clients money - a win-win for both businesses and technicians alike.

Industrial rope access, in particular, allows for safe manoeuvrability across vertical planes – be it skyscrapers or oil rigs off the coast. This agility doesn't just make the job easier; it also opens doors for more industries that need high-level paintwork done efficiently.

Industrial Applications of Paint Rope Access Technicians

The services offered by Paint Rope Access Technicians have become vital across a range of industrial sectors. Rope Access Technicians are indispensable for maintaining and improving the durability of structures.

One key area is oil and gas . These rope paint technicians often work on offshore platforms, applying protective coatings to prevent corrosion caused by harsh sea conditions. This kind of maintenance work can help extend the lifespan of these expensive structures.

Rope access painters also devote their skills to skyscrapers. Their ability to safely reach great heights makes them invaluable for maintaining aesthetic appeal and structural health.

In addition, they lend their expertise in bridge preservation. Given how critical bridges are for transport networks, regular painting helps keep them safe and operational. The Forth Bridge, located in Scotland, is one iconic example, it gets its red coat refreshed every few years thanks to rope access professionals.

Beyond Painting

The role of a Paint Rope Access Technician is not limited to painting. With drone inspection services , Dangle can perform aerial inspections without their feet leaving the ground. Combining the versatility of drones with the reach of rope access technicians brings an unparalleled operational advantage.

One noteworthy service is wind farm blade repair . IRATA-certified Rope Access Technicians can deliver fast and cost-efficient solutions to a variety of wind turbine maintenance activities, including painting and coating.

In Conclusion

The role of a Paint Rope Access Technician encompasses so much more than meets the eye. These specialists harness the methodologies of industrial abseiling to access, inspect, treat, and maintain hard-to-reach areas in a range of situations. Whether it’s a tall structure in need of a new coat of paint, or a wind farm blade that needs repairing, Rope Access Technicians enable businesses to maintain their assets' content and form.

The dedication to safety, expertise in rope access, mastery of industrial abseiling, and, notably, the constant brave dealings with heights, blend to create the unique profession of a Paint Rope Access Technician. So, the next time you crane your neck upwards to admire a newly painted chimney or a corrosion-free bridge, remember the skilful technicians that make it possible.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

What Does a Blade Repair Technician Do?

Mon, 30 Oct 2023 13:39:55 GMT

What Does A Blade Repair Technician Do?

A Blade Repair Technician is a specially-trained engineer responsible for maintaining, repairing and inspecting the blades on a wind turbine. This work can be carried out onshore, offshore or in blade factories.

At Dangle Rope Access , our highly skilled blade repair technicians are equipped with the expertise and tools to effectively repair wind turbine blades. Our technicians follow a meticulous process to ensure optimal performance and longevity of your blades. They start by carefully inspecting the blades for any damage or wear, this can be done from the ground using drones as part of a wind farm drone inspection survey, or done from ropes if you prefer a more hands on approach. Once blade repairs are identified, they will use their rope access skills to safely access the blades for repair work. This may involve removing and replacing damaged sections if required, repairing cracks or delamination, and applying protective coatings. Our blade repair technicians are trained to the latest GWO ( Global Wind Organisation ) industry standards and techniques, guaranteeing only the best results. With Dangle Rope Access, you can trust that your wind turbine blades are in capable hands, reducing maintenance costs and maximising efficiency.

A blade repair technician is a specialised professional who is responsible for the maintenance and repair of wind turbine blades. These technicians play a crucial role in ensuring the optimal performance and longevity of wind turbines in general.The primary task of a blade repair technician is to inspect, identify, and repair any damages or defects in wind turbine blades. This includes conducting visual inspections, using specialised tools and equipment to assess the condition of the blades, and performing necessary repairs or replacements.

GWO blade repair training is often required for these technicians to ensure they have the necessary skills and knowledge to carry out their duties safely and effectively. This training covers various aspects such as working at heights, handling hazardous materials, composite repairs, and other technical skills specific to wind turbine blade repair. In addition to repairs, blade technicians may also be involved in preventive maintenance activities such as cleaning the blades, applying protective coatings or sealants, testing LPS (lightening protection systems) and conducting regular inspections to identify potential issues before they escalate into major problems. A blade repair technician plays a critical role in maintaining the efficiency and reliability of wind turbines by ensuring that their blades are in optimal condition. Their expertise helps maximise energy production while minimising downtime due to blade-related issues.

A blade repair technician plays a crucial role in the wind energy industry, specifically in the maintenance and repair of wind turbine blades. In this comprehensive guide, we will delve into the responsibilities and skills required of a blade repair technician, as well as the training and certifications necessary to excel in this field. GWO blade repair training is essential for aspiring technicians. This specialised training equips individuals with the knowledge and practical skills needed to safely carry out repairs on wind turbine blades. A blade repair technician must have a strong understanding of aerodynamics, composite materials, and structural analysis to effectively assess and address any damage or wear on the blades.

So what does a blade repair technician do? Their primary responsibility is to inspect, assess, and repair any damage sustained by wind turbine blades. This can include repairing cracks or fractures, replacing damaged sections of the blade, or addressing issues related to erosion or lightning strikes. Additionally, they may need to perform preventive maintenance tasks such as cleaning and applying protective coatings to enhance blade performance and longevity. To become a successful blade repair technician, one must possess excellent technical skills along with physical fitness due to the nature of working at heights. Attention to detail is crucial when identifying potential issues that may impact turbine performance or safety. Moreover, effective communication skills are essential when collaborating with other team members during repairs or reporting findings.

Wind energy continues to grow as an important source of renewable power generation globally. As such, the demand for skilled professionals like blade repair technicians is expected to increase significantly in the coming years. By following this comprehensive guide and obtaining relevant training and certifications such as GWO blade repair accreditation, aspiring technicians can position themselves for success in this dynamic field.

The Essential Guide to Becoming a Blade Repair Technician in the Wind Energy Industry

Understanding the role of a Blade Repair Technician and their importance in wind energy is an important one, for anyone aspiring to become a blade repair technician in the rapidly growing field of wind energy. Blade repair technicians play a crucial role in ensuring the smooth operation and longevity of wind turbines. As the demand for renewable energy sources continues to rise, understanding the importance of these skilled professionals becomes paramount.

A blade repair technician is an essential member of a wind turbine maintenance team. They are responsible for inspecting, repairing, and maintaining the blades that harness the power of wind to generate electricity. Their expertise and attention to detail are vital in keeping these towering structures operating efficiently and safely.

The wind energy industry heavily relies on blade repair technicians to address any issues that may arise with turbine blades. These professionals possess specialised knowledge in composite materials, structural integrity, and aerodynamics – all critical factors in maximising turbine performance.

The importance of blade repair cannot be overstated. Wind turbine blades are subjected to various environmental factors such as extreme weather conditions, erosion from airborne particles, and even lightning strikes. Over time, wear and tear can occur, leading to reduced efficiency or potential safety hazards if left unattended.

By regularly inspecting and repairing turbine blades, technicians help maintain optimal performance levels while minimizing downtime due to unexpected failures. This proactive approach ensures that wind farms continue to operate at their full capacity, providing clean and sustainable energy for communities around the world.

Blade repair technicians play a vital role within the wind energy industry by ensuring the proper functioning and longevity of wind turbines. Their expertise in maintenance and repairs helps maximise efficiency while contributing towards a greener future powered by renewable energy sources.

The Skills and Qualifications Required to Become a Successful Blade Repair Technician

Becoming a successful blade repair technician in the wind energy industry requires a specific set of skills and qualifications. These professionals play a crucial role in maintaining the efficiency and safety of wind turbines by inspecting and repairing the blades.

One of the key skills required for this role is expertise in blade repair techniques. This includes knowledge of various repair methods, such as leading edge erosion repairs, trailing edge repairs, and lightning strike repairs. Being able to identify damage and determine the appropriate repair technique is essential to ensure the longevity and performance of wind turbine blades.

In addition to blade repair skills, aspiring technicians should possess qualifications as a wind turbine technicians. This typically involves completing a specialised training program set-out by GWO that covers topics such as electrical systems, hydraulic systems, mechanical components, safety procedures, and troubleshooting techniques specific to wind turbines.

Furthermore, a deep understanding of composite materials is crucial for blade repair technicians. Wind turbine blades are commonly made from composite materials such as fibreglass or carbon fibre reinforced polymers. Knowledge of these materials' properties, manufacturing processes, and inspection techniques is essential for assessing damage accurately and selecting appropriate repair methods.

To sum up, successful blade repair technicians require a combination of technical skills such as proficiency in blade repair techniques and composite material knowledge. Additionally, obtaining relevant qualifications such as a GWO wind turbine technician provides foundational knowledge necessary for performing maintenance tasks on these complex WTG machines effectively.

The Step-by-Step Process of Repairing Damaged Wind Turbine Blades

Repairing damaged wind turbine blades is a crucial part of maintaining the efficiency and longevity of these renewable energy sources. The process involves several steps that need to be followed carefully to ensure a successful repair.

The first step in the wind turbine blade repair process is to assess the damage. This involves inspecting the blades for any signs of leading edge erosion or bond line delamination. Leading edge erosion occurs when the outer surface of the blade is worn down due to exposure to harsh weather conditions, while bond line delamination refers to separation between layers of materials that make up the blade structure.

Once the damage has been assessed, the next step is to prepare the damaged area for repair. This typically involves cleaning and removing any loose or damaged material from the affected area. This ensures a clean surface for proper adhesion during the repair process.

After preparing the damaged area, repairs can be made using various techniques and materials depending on the type and extent of damage. Dangle only use products from the world leader - Sika , for composites repairs to wind turbines.

For leading edge erosion repair , protective coatings, soft shell or filler materials can be applied to restore smoothness and aerodynamic performance.

Bond line delamination repair can be fixed by injecting adhesive materials into the separated layers and applying pressure or heat for bonding.

Once repairs have been made, rotor balance adjustments may be necessary to ensure proper functioning of the wind turbine system as imbalances in rotor blades can cause vibrations and reduce overall performance. Balancing techniques involve adding or removing weight from specific areas of each blade until they are properly balanced.

In conclusion, repairing damaged wind turbine blades requires a step-by-step approach that includes assessing damage, preparing surfaces, making repairs using appropriate techniques and materials, and performing rotor balance adjustments if necessary. Following this process diligently helps maintain optimal performance and extends the lifespan of these essential renewable energy components

Common Challenges Faced by Blade Repair Technicians and How to Overcome Them

Blade repair technicians play a crucial role in the maintenance and repair of wind turbine blades. However, their job is not without its challenges.

In this section, we will explore some of the common challenges faced by blade repair technicians and look at effective strategies to overcome them.

One of the primary challenges faced by these technicians is working at heights. Repairing wind turbine blades often requires working at significant heights, which can be dangerous if proper safety measures are not followed. It is essential for technicians to receive comprehensive training on fall protection and or rope access systems and equipment usage. Regular safety inspections should also be conducted to ensure that all safety protocols are being followed.

Another challenge that blade repair technicians encounter is extreme weather conditions. Wind turbines are often located in remote areas where weather conditions can be harsh and unpredictable. To overcome this challenge, it is crucial for technicians to closely monitor weather forecasts and plan their work accordingly. They should have access to appropriate protective gear such as insulated clothing, gloves, and water to protect themselves from extreme cold or heat.

Additionally, establishing clear communication channels between technicians and their supervisors or team members is vital in overcoming these challenges. Regular communication ensures that everyone involved in the repair process stays informed about any changes or updates related to safety measures or weather conditions.

So while blade repair technicians face various challenges in their line of work, implementing proper safety measures when working at heights and taking precautions against extreme weather conditions can greatly mitigate these risks. By prioritising safety protocols, staying vigilant about changing weather patterns, and maintaining open lines of communication within the team, blade repair technicians can overcome these challenges effectively and carry out their important role with confidence.

The Latest Technologies and Innovations in Blade Repair Techniques for Enhanced Efficiency and Safety

In recent years, there have been significant advancements in blade repair technologies, aimed at improving efficiency and safety in the maintenance of wind turbine blades. These innovations leverage cutting-edge techniques and tools to ensure that repairs are carried out effectively, minimising downtime and maximising energy production.

One notable development is the integration of robotic assistance in blade repairs. Robotic systems equipped with specialised tools can navigate the complex gel-coated surfaces of wind turbine blades, reaching areas that are difficult for human technicians to access. This not only speeds up the repair process but also enhances safety by reducing the need for workers to perform risky tasks at heights.

Additionally, non-destructive testing (NDT) methods have revolutionised blade inspections and diagnostics. NDT techniques specialising in testing such as thermography, ultrasonic testing, and acoustic emission analysis allow for thorough assessments of blade conditions without causing damage. This enables technicians to identify any defects or structural issues early on, facilitating targeted repairs and preventing potential failures.

By combining advanced blade repair technologies with robotic assistance and non-destructive testing methods, the wind energy industry is improving overall efficiency while ensuring safe operations. These innovations not only reduce maintenance costs but also contribute to increased turbine availability and enhanced performance in renewable energy generation.

Career Opportunities and Growth Prospects for Blade Repair Technicians in the Rapidly Expanding Wind Energy Sector

The wind energy sector is experiencing rapid growth, creating numerous career opportunities for individuals interested in pursuing a career as a blade repair technician. As the demand for renewable energy sources continues to rise, so does the need for skilled technicians who can maintain and repair wind turbine blades.

In the wind energy job market outlook, there is a significant demand for blade repair technicians due to the increasing number of wind farms being established globally. These technicians play a crucial role in ensuring the efficient operation of wind turbines by inspecting, repairing, and maintaining turbine blades.

One of the advantages of pursuing a career as a blade repair technician is the potential for career progression. As you gain experience and expertise in this field, you can advance to higher-level positions such as lead technician or supervisor. Additionally, there are opportunities to specialise in specific types of blade repairs, such as category 5 and the most severe damage, or work on larger-scale offshore projects.

The future demand for skilled blade technicians looks promising as more countries commit to transitioning towards clean energy sources. This means that job security and growth prospects are likely to be strong within this industry for many years to come.

Overall, if you have an interest in renewable energy and possess mechanical skills, becoming a blade repair technician can offer promising career opportunities with ample room for growth and advancement.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help!

Glasgow's Industrial Painting

Mon, 16 Oct 2023 09:58:28 GMT

Industrial Painting Services in Glasgow

Industrial Painting Glasgow: Transforming Glasgow's Industrial Spaces with Expert Painting

Glasgow, the largest city in Scotland, is renowned for its vibrant and bustling industrial scene. With a rich history steeped in manufacturing and trade, the city has become a hub for various industries that contribute to its economic growth and prosperity. It is within this dynamic environment that our company thrives.

At Dangles core, we are not just your run-of-the-mill commercial spray painting specialists. We pride ourselves on being fully accredited industrial painting contractors, offering our expertise and services not only in Glasgow but also across the entirety of Scotland. This is particularly significant, considering the prevailing skills gap in the region when it comes to finding expert painting contractors.

With our team of highly skilled and experienced professionals, we are committed to providing the very best painting solutions that meet the unique demands of the industrial sector. Our comprehensive range of services encompasses everything from surface preparation and coating application to corrosion protection and maintenance. No matter the scale or complexity of the project, our dedicated team is equipped to handle it with utmost precision and efficiency, also with access taken care of.

What sets us apart from the rest is our unwavering commitment to quality. We understand the importance of delivering exceptional results that not only enhance the aesthetics of industrial spaces, both internally and externally, but also provide long-lasting protection against wear and tear.

Utilising the latest techniques and industry-standard industrial paints, we ensure that every project we undertake exceeds our clients' expectations. Furthermore, our reputation for reliability and professionalism has earned us the trust of numerous businesses and organisations across Glasgow and Scotland.

Whether it's a factory, warehouse, or manufacturing facility, we have successfully worked with clients from various sectors, including automotive, aerospace, pharmaceuticals, and more. In addition to our technical expertise, we also prioritize safety in all our operations. We adhere to strict health and safety regulations to guarantee the well-being of our employees, clients, and the surrounding environment. Our team is trained to identify and mitigate potential risks, ensuring a safe working environment throughout the duration of your project.

As proud members of the Glasgow industrial community, we are dedicated to contributing to its growth and prosperity. By providing quality driven industrial painting services, we aim to assist businesses in making a positive impact on their target markets and stakeholders. We believe that a well-maintained and visually appealing industrial space not only enhances productivity but also creates a lasting impression on clients and visitors.

Glasgow's vibrant industrial scene is our playground, and we are fully equipped to cater to its diverse needs. As accredited industrial painting contractors, we are driven by a passion for delivering exceptional results.

Wide Range of Specialist Coatings for Industrial Projects

Diversity is our strength. We specialise in all aspects of industrial painting and have approval from most major manufacturers to correctly apply their paint products. Our primary focus is building maintenance - ensuring your asset stays pristine.

Cost-Effective Solutions for Industrial Projects

The value proposition offered by us isn't only about high-quality service delivery, but also cost-effectiveness. We are committed to providing affordable yet uncompromised quality services that make sure you get bang for your buck. In fact, free quotes accompany our competitive prices so clients can budget accordingly without any hidden surprises along the way. Now that's what we call transparency at its finest!

The Process of Spray Painting Services in Glasgow

Delivering high-quality spray painting services, industrial painters and rope access painters is an art that requires a blend of expertise and meticulous knowledge in our field, its really not a task that you want to leave to joe bloggs or a jack of all trades contractor.

Preparatory Steps for Spray Painting

The journey to achieving a flawless finish begins with thorough preparation. Initially, industrial buildings are pressure washed to get rid of any dirt or loose paint, or other contaminants left by wildlife. This ensures the surface is clean and ready for the next step - corrosion or erosion treatment.

Treating corroded steel areas helps to prevent further rusting which can negatively affect the lifespan and look of your coating on steel. To this end, protective coatings such as intumescent coatings are applied, offering added fire resistance benefits especially important in Glasgow’s commercial sector.

In addition to these treatments, spot priming with an anticorrosive primer becomes crucial before applying final layers of paint on surfaces like shop fronts or bars car parks often exposed to harsh weather conditions.

We follow similar preparatory steps before proceeding onto any specialised task, such as application of high-performance cladding installs or coatings ensuring longer-lasting results along with enhancing aesthetic appeal.

Cost Analysis of Industrial Painting Services in Glasgow

Finding cost-effective industrial painting services is essential for businesses across Glasgow. Let's explore how the pricing structure works.

Understanding the Pricing Structure

The overall costs can vary, influenced by several factors like surface area to be painted and complexity of access to the work. Typically, a larger commercial building will have higher labour costs than smaller premises. Yet, we offer competitive prices regardless of project size and have dedicated personnel on hand to help.

Spray paint or traditional brush painting methods may also impact painting costs due to different equipment needs. Additionally, specialist coatings such as intumescent coating used for fire protection are priced differently from standard non-fireproofing industrial paints.

Value Proposition of Industrial Painting Services

Beyond just affordability though lies value-for-money considerations when hiring professional industrial painting services.

This includes high-quality service delivery coupled with minimal disruption during projects—essential attributes we pride ourselves on for our clients around Glasgow, Scotland.

In essence then, what seems an initially daunting task—finding affordable yet quality-conscious spray painting specialists or other types of commercial spray providers—is actually quite feasible thanks to our commitment towards delivering great service at competitive prices in this thriving city hub.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help

Edinburgh's Industrial Painting

Wed, 11 Oct 2023 11:07:11 GMT

Industrial Painting Edinburgh: Top Service Guide

Industrial Painting Services in Edinburgh

The world of industrial painting is broad and varied, with our services stretching from commercial spray painting to protective finishes to grit blasting. A service loved by industries far and wide for its efficiency in preparing surfaces before a new coat of paint is applied.

Here at Dangle , whether it's enhancing the aesthetics of a commercial space or ensuring the longevity of industrial equipment, our team of experts are well-equipped to handle any painting project with utmost precision and professionalism. With our unparalleled expertise and cutting-edge techniques, we consistently deliver exceptional results that exceed our clients' expectations across Scotland and beyond.

The Range of Industrial Painting Services

In the vibrant cityscape of Edinburgh, industrial painting finds applications in many places you wouldn't think twice about. Commercial properties are obvious beneficiaries - but so too are manufacturing plants, hospitals, bridges, shopping centres and more. This wide range speaks volumes about the versatility that comes hand-in-hand with professional industrial coating services.

However, the scope of industrial painting extends far beyond the realm of commerce. Manufacturing plants, which fuel the city's economy and contribute to its growth, rely on expertly applied industrial coatings to protect their machinery and structures from corrosion and wear.

Hospitals, the sanctuaries of healing and care, also benefit from the versatility of professional industrial coating services. These specialised coatings provide a sterile and hygienic environment, ensuring the wellbeing of patients and staff alike.

Additionally, educational institutions, such as universities and schools, utilise industrial painting to maintain their facilities and create inspiring learning environments for students. From classrooms to laboratories, where spaces experience heavy foot traffic and constant use, making durable and long-lasting industrial coatings a massive necessity.

Even public spaces, like bridges, and monuments, benefit from the protective qualities of industrial painting. The ever-changing Scottish weather, with its rain and wind, can take a toll on these structures if not maintained correctly, but with the help of our industrial coating services , they remain resilient and beautiful for all to enjoy.

The wide range of applications speaks volumes about the versatility that comes hand-in-hand with professional industrial coating services. It is a testament to the importance of this industry in preserving and enhancing the infrastructure of Edinburgh, making it a city that is not only visually stunning but also structurally sound too.

Quality Workmanship at Competitive Prices

Dangle are leading industrial painting contractor that has been at the forefront of the painting industry for a while. With careful planning and preparation embedded into our ethos, we are known for delivering quality workmanship without breaking the bank.

With our unwavering commitment to excellence, we continuously strive to exceed expectations and deliver exceptional results. Our meticulous attention to detail is ingrained in our core values, ensuring that every project is executed with utmost precision and professionalism. We firmly believe that proper planning and thorough preparation are the keys to success.

We invest considerable time and effort into understanding the unique requirements of each project our client presents, meticulously analysing every aspect to develop a comprehensive plan. This meticulous planning process allows us to anticipate potential challenges and devise effective strategies to overcome them, ensuring a smooth and seamless execution.

Our team of highly skilled and experienced industrial painting professionals are dedicated to delivering quality workmanship. With their expertise and attention to detail, they consistently produce outstanding results that meet and exceed industry standards and client expectations.

We take immense pride in our ability to deliver exceptional quality work while still offering competitive pricing, ensuring that our clients receive the best value for their investment. Customer satisfaction lies at the heart of our business. We prioritise open and transparent communication throughout the entire process, keeping our clients informed and involved every step of the way.

By fostering strong relationships with our clients, we can better understand their unique needs and tailor our services to exceed their expectations. We are equipped with state-of-the-art equipment and cutting-edge technology, enabling us to tackle projects of any size and complexity.

Our commitment to staying updated with the latest industry advancements ensures that we are always at the forefront of innovation, employing the most efficient and effective techniques.

Our track record speaks for itself. As a leading industrial painting contractor, we have consistently delivered superior results, earning the trust and loyalty of countless clients right across Scotland. With our unwavering commitment to quality, meticulous planning, and customer satisfaction, we are confident in our ability to provide unparalleled painting service that not only meets but surpasses expectations.

Commercial Painting Contractors in Edinburgh

In the bustling city of Edinburgh, commercial painting contractors play a crucial role. We give life to various sectors like Construction and Downstream Processing Plants with our turn-key services.

In the vibrant and bustling city of Edinburgh, commercial painting contractors play an absolutely crucial and indispensable role in enhancing the overall aesthetic appeal and visual allure of a wide range of establishments and sectors.

At the forefront of our field, Commercial painting contractors like us, possess an extensive repertoire of quality painter services that are tailored to meet the unique needs and specific requirements of each individual project. Whether it is transforming a dimly looking hotel into a dazzling and inviting social hub or revamping a shopping centre to showcase excellence in the most captivating manner, our painting experts are dedicated to delivering exceptional results that exceed expectations.

Utilising the latest techniques and cutting-edge technologies, commercial painting contractors in Edinburgh are equipped with the necessary tools and resources to handle any painting project you can throw at us, regardless of its size or complexity.

By carefully selecting the finest quality paints, primers, and coatings, according to your specification or request, we ensure that each surface is impeccably prepared and flawlessly finished. Furthermore, Dangle understand the importance of time management and efficiency in the fast-paced commercial world. With our meticulous planning and strategic execution, we strive to minimise disruption to the daily operations of businesses, ensuring that projects are completed within the agreed-upon timeline while maintaining the highest standards of quality.

In addition to our technical prowess, commercial painting contractors in Edinburgh like Dangle, pride themselves on their exceptional customer service. We will work closely with clients to understand their vision and goals, offering expert advice and guidance throughout the entire process, if needed. By fostering open lines of communication and building strong relationships based on trust and transparency, Dangle can ensure that every client's needs are met and their expectations are exceeded.

In conclusion, the invaluable role played by commercial painting contractors in the bustling city of Edinburgh cannot be overstated. Our industrial painting services bring life and vibrancy to various sectors, creating visually stunning and captivating spaces that leave a lasting impression on both customers and clients, that will stick around for years.

Catering to Various Commercial Painters Sectors

The scope of commercial painters extends far beyond what one might initially think. The secret behind this versatility is simple - adaptability.

Commercial painting contractors like us are adept at adjusting their approach based on the client's needs, resulting in minimal disruption during work hours.

The beauty of hiring commercial painters lies in their ability to handle a wide range of projects. Whether it's a small office space, a bustling retail store, or a sprawling industrial complex, Dangle's experts have the knowledge and expertise to tackle any painting job. From exterior walls to entire metal structures and sub-structures, we know exactly how to transform with a fresh coat of paint.

One of the most impressive aspects of commercial painters is their adaptability. We understand that every client has different expectations and preferences, and therefore we are more than willing to adjust our techniques and methods accordingly. This flexibility allows us to deliver exceptional results that not only meet but exceed the client's vision.

But what sets our commercial painters apart is their dedication to minimising disruption during work hours. We understand that business owners and their employees need to carry on with their daily operations, and that's why we strive to work efficiently and effectively. Carefully plan and coordinate your schedule with you to ensure that the painting process is completed seamlessly, causing little to no interruption. Furthermore, Dangles team of commercial painters are experts at working within tight deadlines. So we understand that time is of the essence, and can commit to delivering high-quality results within the agreed-upon timeframe.

Whether it's a quick refresh or a complete overhaul, we have the skills and resources to meet even the most demanding project timelines. In addition to tour adaptability and efficiency, our team of commercial painters also prioritise safety. They are well-versed in industry standards and best practices, ensuring that every project is carried out with the utmost care and attention to detail.

From using the right safety equipment to following proper painting techniques, we go above and beyond to create a safe working environment for everyone involved.

The scope of commercial painters is much more extensive than meets the eye. Dangle's adaptability, efficiency, and commitment to safety set us apart as true professionals in the field. So, whether you're looking to revamp your office space or transform your retail store, don't underestimate the power of commercial painters and our ability to bring your vision to life.

Safety Compliance in Industrial Painting

Industrial painting involves much more than just applying a coat of paint. It requires strict safety compliance to ensure the health and welfare of everyone involved.

At Dangle, we understand the importance of safety compliance in all aspects of industrial painting services. Our dedicated team of highly trained professionals are committed to adhering to strict safety protocols and upholding industry standards to guarantee not only the well-being of our valued employees but also our clients, members of the public and the environment. To ensure the highest level of safety, we consistently invest in cutting-edge equipment that is designed to meet the most stringent safety requirements. We believe in the value of continuous training, providing our staff with the necessary painting knowledge and skills through our Train the Painter training to maintain and surpass safety standards.

With Dangle, you can have complete peace of mind, knowing that your industrial painting project will be executed with the utmost care and unwavering attention to safety, every step of the way.

Ensuring a Safe Environment Using TTP or ICATS Qualified Painters

The role of fully qualified painters is pivotal when it comes to ensuring safety on site. Wearing PPE such as masks, gloves and overalls is a necessity for TTP or ICATS qualified painters to protect themselves from hazardous materials that may be present in the industrial paints.

Methods like pressure washing and grit blasting are used by protective coating applicators through either TTP qualified painters or ICATS qualified painters , who prepare surfaces before application while keeping dust and other particles at bay that could pose risks.

It goes without saying that wearing the appropriate personal protective equipment (PPE) is an absolute necessity for these highly skilled painters who are either TTP or ICATS qualified. This PPE includes masks, gloves, and overalls, all of which are indispensable in protecting these skilled professionals from exposure to hazardous materials such as lead and other pigments in paint or even the volatile organic compounds (VOCs) that may be present in the commercial paints they work with on a day to day basis.

In addition to the vital role they play in safeguarding their own health and well-being, TTP or ICATS qualified painters also employ various methods and techniques to prepare surfaces before the application of protective coatings. These methods include pressure washing and grit blasting, both of which are carried out with utmost care and precision to ensure the removal of any dust, debris, or other particles that could pose potential risks to the overall quality and durability of the coating.

By utilising these highly effective methods, the protective coating applicators, whether they are TTP qualified painters or ICATS qualified painters, are able to create a clean and smooth surface on which to apply the coating, thereby ensuring a superb finish and long-lasting protection. This meticulous approach not only enhances the aesthetic appeal of the completed project, but more importantly, it significantly reduces the likelihood of any potential hazards or issues arising in the future.

It is evident that the work of fully qualified painters, particularly those who have obtained the TTP or ICATS qualifications, is absolutely integral to the overall safety and success of any paint project. Their expertise, attention to detail, and commitment to using the most effective methods and techniques ensure that all potential risks are minimised and that the highest standards of safety are upheld at all times.

By prioritising safety and employing these best practices, these skilled painters continue to set the bar high for the industry as a whole, ultimately contributing to the overall success and longevity of any painting project they are involved in.

Fully Qualified Painters at Work

Besides PPE usage, our skilled professionals also follow specific procedures for safely handling tools and materials. They understand the risk factors associated with their work environment - whether they're working on top of industrial units or within confined spaces.

To become Train the Painter or ICATS certified means going through rigorous training courses which not only focus on technical skills but equally emphasise safe practices – As Dangle is a accredited Train the Painter training centre it means choosing us as your painting contractor is a reliable choice for any businesses across Edinburgh looking for commercial painting services.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help

Glasgow's Rope Access

Sun, 08 Oct 2023 16:40:41 GMT

Rope Access Glasgow: Superior Services and Safety Measures

Ever stared up at a towering skyscraper and wondered, "How do they keep those windows sparkling clean?" The answer is simple, using Dangles rope access services in Glasgow. This work is about more than just window cleaning, but about reaching the unreachable. Rope access is not merely a service, but a highly technical art of working at height.

Rope Access Services in Glasgow

When it comes to accessing high, hard-to-reach places or confined spaces for work purposes, rope access services are the go-to solution. Rope access techniques are not only more secure, but also faster than the traditional methods.

Glasgow's industrial landscape calls for the frequent use of rope access operations. However, this isn't a job just anyone can do. It requires skilled and experienced professionals who understand working at height safety protocols and procedures. That's where we come into play with our highly trained team of IRATA certified rope access technicians, here at Dangle.

With our expertise in rope access, we have become the trusted choice for businesses in Glasgow, and right across Scotland as well as beyond the U.K. Our dedicated team of professionals are equipped with the knowledge and skills to tackle any challenging work environment. Whether it's repairing high-rise buildings, conducting inspections on bridges, or maintaining industrial equipment, we have the experience and expertise to get the job done efficiently and safely.

At Dangle , safety is our top priority. We adhere to strict safety guidelines and ensure that all our rope access technicians undergo rigorous training to stay up-to-date with the latest safety protocols. Our commitment to safety extends to our equipment as well. We only use top-of-the-line gear manufactured by the world leader Petzl , that is regularly inspected and maintained to guarantee optimal performance and reliability.

Aside from our focus on safety, we also understand the importance of efficiency. Time is money, and we strive to complete projects in the most time-effective manner possible. With our rope access techniques, we can quickly access even the most challenging locations, eliminating the need for costly and time-consuming alternatives such as scaffolding, cherry pickers or cranes.

What sets us apart from the competition is our dedication to customer satisfaction. We work closely with our clients to understand their specific needs and tailor our services accordingly. Whether it's a one-time project or ongoing maintenance, we provide personalised solutions that meet and exceed expectations. So, if you're in need of reliable and efficient rope access services in Glasgow, look no further than Dangle.

With our highly skilled team, adherence to safety protocols, and commitment to customer satisfaction, we are the trusted choice for all your rope access needs. Contact us today to discuss your project requirements and let us show you why we're the best in the business.

The Importance of IRATA Certification

Certification from the Industrial Rope Access Trade Association (IRATA) is vital when undertaking any kind of rope-related task at height or within confined space environments. It sets international standards for safe working practices, which ensures your project is completed safely without compromising quality. This certification serves as an internationally recognised benchmark for adhering to the highest levels of safety and professionalism.

By obtaining IRATA certification, you are not only demonstrating your commitment to personal safety but also safeguarding the well-being of your colleagues and the success of your project. The stringent standards set by IRATA ensure that all aspects of rope access work are carried out in a manner that minimises risk and maximises efficiency. With IRATA certification, you can rest assured that you possess the necessary skills and knowledge to execute rope-related tasks with utmost caution and accuracy. This certification encompasses a wide range of critical areas, including rope techniques, rescue procedures, equipment inspection, and hazard identification, among others, read our blog post How to Become a Rope Access Technician to find out more.

By thoroughly covering these topics, IRATA ensures that its certified professionals are well-prepared to handle any challenges that may arise during their work. Moreover, IRATA certification not only guarantees safety but also guarantees quality. By adhering to the established international standards, you are ensuring that your project is completed to the highest possible standards, free from any compromise on quality. This certification is a mark of distinction, signifying to clients, employers, and colleagues that you possess the necessary expertise to carry out rope-related tasks with precision and excellence. In conclusion, the importance of IRATA certification cannot be overstated. It serves as a vital tool for anyone involved in rope-related tasks at height or within confined spaces, providing the assurance that all work is performed safely and to the highest standard. By obtaining this certification, you are not only safeguarding yourself and your colleagues but also enhancing your professional reputation and opening up new opportunities for growth and success.

At Dangle, all our technicians hold an IRATA certification , which makes them qualified experts capable of delivering top-notch building maintenance and other essential services across various sectors in Glasgow.

Industrial Applications Of Rope Access In Glasgow

We offer a full range of industry-specific applications such as window cleaning, stone masonry works and pest control among others that take advantage of these specialised skills set amongst our workforce. Read our blog post on Building Maintenance via Rope Access to learn more about 25 different types of services we carryout to property. Each application has its unique demands; however, they all benefit from being performed using advanced rope techniques by certified professionals like ours here at Dangle. So whether you're looking after an office block or maintaining infrastructure, rest assured knowing that no matter what challenges arise on site, we've got the knowledge base required to handle anything thrown our way.

Safety Measures and Expertise in Rope Access

Rope access is not just about dangling from ropes at great heights; it's a precise science that requires stringent safety measures. At Dangle, we take immense pride in our team of exceptionally skilled and proficient rope access technicians in Glasgow, who are wholeheartedly dedicated to ensuring the highest possible standard of safety in all their endeavours.

The art of rope access demands meticulous planning, thorough risk assessments, and the implementation of stringent safety measures. Our experienced technicians possess an extensive knowledge of various rope access techniques, from fall arrest, work positioning or work restraint allowing them to navigate challenging terrains and tackle complex tasks with utmost precision and efficiency.

They are not only adept at working at great heights but are also well-versed in using cutting-edge equipment and tools to carry out their tasks seamlessly, and carry the title of being multi-disciplined trades people.

We leave no stone unturned when it comes to implementing safety measures. Our rope access technicians undergo regular training and assessments to stay updated with the latest industry standards and best practices. We strictly adhere to the guidelines set by relevant regulatory bodies, such as IRATA and ensure that our operations meet and exceed all safety requirements.

Furthermore, we understand that every project is unique and demands a customised approach. Our rope access technicians work closely with clients to understand their specific needs and requirements, meticulously planning each task to guarantee optimal safety and efficiency. We conduct thorough site surveys and risk assessments to identify potential hazards and devise comprehensive strategies to mitigate them effectively. In addition to their technical expertise, our rope access technicians possess exceptional problem-solving skills and a keen eye for detail. They are proficient at identifying potential risks and resolving any issues that may arise during the execution of a project.

Their ability to think on their feet and make informed decisions under pressure ensures that each task is completed with the utmost precision and attention to detail.

At Dangle, we take pride in our reputation as industry leaders in Rope Access Services . Our commitment to safety, unparalleled expertise, and relentless pursuit of excellence have earned us the trust and satisfaction of our clients, as well as an award for our customer commitment in Scotland .

Whether it is maintenance, inspection, or repair work, our rope access technicians in Glasgow are equipped to handle any challenge with the highest level of professionalism and expertise.

Adherence to IRATA International Code of Conduct

We pride ourselves on our adherence to the IRATA International code of practice for rope access operations. This commitment isn't just about ticking boxes - it ensures that every task performed by our qualified IRATA rope access teams in Glasgow meets international standards. In fact, this standardisation goes beyond what you'd find with traditional height solutions. It involves meticulous planning before work starts and thorough inspections afterwards, post project.

This focus on rigorous standards extends into training as well. All our team members undergo comprehensive training programs based on IRATA guidelines which equip them with the skills needed to operate safely at extreme heights or in dangerous environments.

Building Maintenance Services through Rope Access

Rope access techniques have revolutionised building maintenance in Glasgow. From window cleaning to emergency safety facade work, rope access makes it possible for us to carry out a wide range of tasks efficiently and safely.

Range of Building Maintenance Services

We offer comprehensive building maintenance services, including high-level glass change, vegetation removal, moss prevention and painting works. We even take care of pressure cleaning and banner/signage installation and removal with the help of our skilled rope access teams.

The versatility is truly astounding - we can fix everything from leaky gutters to damaged facades and roofing repairs while dangling several storeys up.

Benefits of Regular Maintenance

Maintaining your building isn’t just about keeping it looking its best – although that’s certainly part of it. It also extends the life expectancy by protecting your investment against potential damage caused by unchecked issues such as blocked gutters or failing stonework.

A regular check-up using our industrial rope access service helps you spot problems before they escalate into major repairs, which we find may not be the negligence of the property owner but normally falls down to the power of mother nature. Our building maintenance services in Glasgow will not only saves you money, but also minimise disruption for residents or workers within the building.

No scaffolding needed means no lengthy set-ups nor restrictions on daily operations - one more reason why so many choose rope access over traditional methods for their building's needs in Glasgow.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Edinburgh's Rope Access

Sun, 08 Oct 2023 10:27:29 GMT

Revolutionising Maintenance with Rope Access Edinburgh

Have you ever gazed up at the historic architecture of Edinburgh, and wondered how they maintain such grandeur? In a city where time-honoured structures blend seamlessly with modern designs, there's an unseen hero. They don't wear capes, but harnesses: scaling buildings with ropes rather than ladders or scaffolding, and work for Dangle Rope Access .

Imagine being perched high above ground level, battling unpredictable weather conditions to restore these majestic structures to their original glory. That’s what rope access technicians do every day in Edinburgh!

These brave individuals, armed with their trusty ropes and expert training, embark on a daring journey each time they ascend the heights of Edinburgh's iconic buildings. Their mission? To ensure that the architectural wonders of the city remain pristine and breathtaking for generations to come.

As they defy gravity, these intrepid technicians face a myriad of challenges. The weather, notorious for its ever-changing moods, can be their greatest adversary. Rain, wind, and even snow attempt to hinder their progress, but with unwavering determination, they persist. With every step, they are one step closer to preserving the rich history and cultural heritage that Edinburgh so proudly boasts!

It's a meticulous dance between man and structure - a symphony of skill, strength, and precision. These technicians carefully navigate their way around delicate details and ornate facades, ensuring not a single stone is left unturned, or roof slate missed. Their expertise allows them to identify any signs of potential dropped objects (PDOs), addressing them with utmost care and professionalism to prevent harm.

And it's not just exterior building restoration work that occupies their days. Rope access technicians are also involved in routine external building maintenance tasks, such as window cleaning and painting, that keep Edinburgh's architectural gems shining bright. With their ropes as their lifelines, they dangle effortlessly in the air, seemingly defying the laws of gravity.

Their work is not for the faint of heart either. It requires a unique blend of physical strength, mental fortitude, and a passion for preserving history, outdoor. Each day brings new challenges and triumphs, as these dedicated individuals continue to push the boundaries of what is possible in the realm of architectural maintenance.

So, the next time you find yourself in awe of the stunning buildings that grace Edinburgh's skyline, take a moment to appreciate the unsung heroes who make it all possible. They may not wear capes, but their incredible feats of rope access truly make them superheroes in their own right.

The Efficiency of Rope Access Services in Edinburgh

We are shifting the paradigm from expensive scaffolding towards more cost-effective rope access services. In the bustling city of Edinburgh, where construction and maintenance projects are a constant presence, the need for efficient and cost-effective solutions has never been greater.

With the ever-increasing expenses associated with traditional scaffolding methods, a shift towards the utilisation of rope access services has emerged as a game-changer, for cost and safety.

Gone are the days when scaffolding would monopolise the skyline, creating an eyesore and causing inconvenience for both pedestrians and nearby businesses. Enter rope access services, a safety conscious alternative that not only eliminates the need for monolithic scaffolding structures but also offers a multitude of benefits that surpass its more conventional counterpart.

One of the most prominent advantages of rope access services in Edinburgh is their unparalleled efficiency. With skilled technicians trained in the art of vertical access, projects can be completed swiftly and with precision. The utilisation of ropes and harnesses not only allows for easy manoeuvrability but also ensures that work is carried out in a timely manner, reducing both labor costs and project timelines.

Furthermore, rope access services provide a level of versatility that is unparalleled. Unlike scaffolding, which often poses limitations due to its size and structure, rope access can reach even the most challenging areas with ease. This flexibility, means that no job is too big or too small, whether it be window cleaning, exterior painting, or intricate maintenance tasks.

In addition to their efficiency and versatility, Edinburgh rope access services offer significant cost savings. The elimination of expensive scaffolding materials, not to mention the reduced labor and time required, results in a far more budget-friendly solution. This cost-effectiveness is particularly appealing to businesses and property owners in Edinburgh, who are constantly seeking ways to maximise their return on investment.

As the demand for rope access services continues to grow, so too does the number of highly skilled technicians available in Scotland. Rigorous training ensures that these professionals possess the necessary expertise and knowledge to tackle any project, no matter its complexity. This expertise, coupled with strict safety protocols, guarantees that work is carried out to the highest standards, providing peace of mind for both clients and workers alike.

In conclusion, the efficiency of rope access services in Edinburgh is undeniable. From its ability to streamline projects and reduce costs to its versatility and commitment to safety, this innovative approach has proven itself as a superior alternative to traditional scaffolding methods. As the city's skyline evolves, embracing the advantages of rope access is not just a smart choice but a necessary one for those projects seeking optimal results.

Understanding the Value of Rope Access Over Traditional Methods

Needing rope access in Edinburgh is gaining popularity as a practical alternative to traditional methods like scaffolding. Why? Because it's cheaper, safer, and less disruptive. Who could say no to that?

In comparison with cumbersome cherry pickers or scaffolding, which often emit noxious diesel fumes and leave a lasting impact on your property or high rise, rope access technicians provide a much more eco-friendly solution. They leave minimal footprints behind, a major plus for preserving the beautiful aesthetics of the city centre.

Not only are they kinder to your roofing budget, but they are also highly adaptable to various weather conditions. Whether it's rain or shine, rope access technicians will ensure that your project is completed efficiently and effectively. Furthermore, they offer peace of mind by adhering strictly to the quality standards set by industry bodies such as I.R.A.T.A., the Industrial Rope Access Trade Association .

So, if you're in need of any high-rise maintenance or repair work in Edinburgh, rope access is the way to go. With their cost-effectiveness, safety measures, and minimal disruption, it's hard to resist the appeal of this innovative method. Say goodbye to the hassle of scaffolding and hello to a more efficient and reliable solution.

Comprehensive Services Offered by Edinburgh's Top Rope Access Company

Dangle Rope Access offers comprehensive services to asset owners in Edinburgh. As a top rope access company, we specialise in a range of solutions including inspection, coating, and composite services. Our team of experienced professionals are equipped with the necessary skills and expertise to handle industrial projects efficiently and effectively.

With a focus on safety and quality, we ensure that all projects are completed to the highest standards, providing clients with reliable and long-lasting results.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Exploring the World of Paints & Coatings: A Colourful Journey into the Art of Surface Protection

Sun, 01 Oct 2023 12:51:35 GMT

Exploring the World of Paints & Coatings

Paints and coatings play a vital role in our everyday lives, from protecting surfaces to enhancing aesthetics. Whether it's the vibrant shades adorning our walls or the invisible shield safeguarding our vehicles from the outside world, these products have a fascinating story to tell.

In this blog post, we will delve into the world of paints and coatings, uncovering their history, types, applications, and the innovative technologies shaping this dynamic industry for the future.

Paint and coatings are often used interchangeably, although for the purpose of this guide, the term "coatings" carries a more industrial connotation and "paints" a domestic one.

The Evolution of Paints and Coatings

- Tracing the origins of paints and coatings, from ancient civilisations to modern-day formulations.

- Exploring the development of different paint ingredients and their impact on durability, colour, and environmental sustainability.

- Highlighting significant milestones in the industry, such as the invention of latex paint and the rise of eco-friendly coatings.

The Evolution of Paints and Coatings is a journey through centuries of history as paints and coatings have played an integral role in human civilisation.

From ancient times to the present day, these remarkable substances have evolved and transformed, leaving an indelible mark on the world of art, architecture, and industry. Let us embark on a fascinating journey, tracing the origins of paints and coatings, exploring their development, and highlighting significant milestones in the industry.

Our voyage begins in the ancient civilisations, where the first evidence of paints can be found. The Egyptians, for instance, used natural pigments derived from minerals and plants to adorn their temples and tombs. The Greeks and Romans further advanced the art of painting, developing techniques such as frescoes and mosaics, utilising a variety of materials to create vibrant and enduring colours.

As time progressed, so did the science behind paints and coatings. The Middle Ages witnessed the emergence of oil-based paints, which provided a more stable and long-lasting finish. This breakthrough allowed artists to achieve greater realism and depth in their works. The Renaissance period, with painters like Leonardo da Vinci and Michelangelo, saw an explosion of artistic expression, driven in part by the availability of new paint pigments, such as ultramarine blue and cadmium yellow. The Industrial Revolution brought about a revolution in the world of paints and coatings. With the advent of machinery and mass production, the demand for protective and decorative coatings grew exponentially.

This led to the development of synthetic pigments, such as titanium dioxide and zinc oxide , which provided enhanced durability and resistance to weathering. In the 20th century, the paint industry witnessed a series of game-changing innovations. The invention of latex paint in the 1940s marked a significant milestone, as it offered easier application, quicker drying times, and superior durability compared to traditional oil-based paints. This breakthrough revolutionised the painting industry and paved the way for new possibilities in both residential and commercial applications.

Environmental sustainability became a focal point in the paint and coatings industry as the world became increasingly aware of the impact of these substances on our planet. The rise of eco-friendly coatings, formulated with low volatile organic compounds (VOCs), water-based solutions, and renewable resources, has been a crucial development. These coatings not only provide excellent performance but also minimise harm to the environment and improve indoor air quality.

Today, paints and coatings continue to evolve at an unprecedented pace. The latest advancement of nanotechnology has opened up new and exciting frontiers in the world of paints & coatings.

Types of Paints and Coatings

- Discussing the various types of paints available, including water-based, oil-based, enamel, and specialty paints.

- Explore the characteristics, advantages, and ideal applications for each type.

- Shed light on the different types of coatings, such as protective, decorative, industrial, and automotive coatings, and their specific purposes.

Different types of paints and coatings when it comes to surface paints, well, there are a plethora of options available for you to choose from. In this section, we will look deeper into the world of paints and coatings and their types, providing you with a comprehensive understanding of the different options and their respective applications.

One of the most common types is water-based paint, which is known for its ease of use and environmental friendliness. It is composed of water as a solvent, making it easy to clean up and eliminating the need for harsh chemicals. Water-based paints are commonly used for interior walls, ceilings, and furniture due to their low odour and quick drying time in the home based setting.

On the other hand, oil-based paints offer a more durable finish and are ideal for surfaces that require extra protection, such as trim, doors, and cabinets. These paints are made with oil as the solvent, allowing for a smoother and more long-lasting coat. However, oil-based paints have a stronger odour and take longer to dry compared to their water-based counterparts but are still widely used in the home.

Enamel paints are another popular choice, known for their high-gloss finish and durability. They are typically oil-based and are often used for metal surfaces, such as appliances, fixtures like radiators, and furniture. Enamel paints provide a smooth and glossy appearance, making them perfect for achieving a polished and professional look.

Moving on to speciality paints, these are designed for specific purposes and applications. For example, there are heat-resistant paints that can withstand high temperatures, making them suitable for heat-emitting surfaces like fireplaces, or ovens etc.

There are also anti-mould and mildew paints that contain additives to prevent the growth of mould and mildew, making them ideal for moisture-prone areas like bathrooms and wet-rooms.

Now, let's shed some light on coatings. Coatings serve various purposes, ranging from protection to decoration. Protective coatings, as the name suggests, are designed to protect surfaces from corrosion , weathering, and other damaging factors. They are commonly used on metal structures, such as bridges, pipelines, and industrial equipment. These coatings act as a barrier, preventing the underlying material from being exposed to harmful elements.

Decorative coatings, on the other hand, are used to enhance the appearance of surfaces. They come in various colours, textures, and finishes, allowing for endless possibilities in terms of design. Decorative coatings are commonly applied to walls, floors to create a visually appealing and aesthetically pleasing environment, and are before more frequent in safety conscious areas or public space to mitigate slips, trips and falls.

The Science Behind Paints and Coatings

- Uncover the chemistry behind paints and coatings, explaining how pigments, binders, solvents, and additives work together to create the desired properties.

- Discussing the role of nanotechnology in developing advanced coatings with improved performance, such as self-cleaning surfaces and anti-corrosion properties.

- Highlighting the importance of proper surface preparation and application techniques for achieving optimal results.

The science behind paints and coatings is about the intricate chemistry behind paints and coatings. So, let's delve into the fascinating world of pigments, binders, solvents, and additives, and how they all work together to create the desired properties.

Pigments, the colourful components of paints, are responsible for giving them their vibrant hues. They come in a variety of forms, including natural minerals and synthetic compounds. These pigments are carefully selected and blended to achieve the desired color and opacity. But pigments alone are not enough to create a durable and long-lasting coating.

This is where binders come into play. Binders are substances that hold the pigments together and adhere them to the surface being painted. They provide strength, durability, and resistance to weathering and chemicals.

In order to make the paint easier to apply, solvents are added. Solvents dissolve the binder and pigments, making the paint thinner and more fluid. They also aid in quicker drying and help prevent the paint from clogging the applicator.

To further enhance the performance of paints and coatings, additives are used. These are small quantities of chemicals that are added to the paint formulation to provide specific properties. For example, additives can improve the paint's flow and leveling, increase its resistance to mildew and other environmental factors, or help it adhere better to certain surfaces.

Now, let's step into the exciting world of nanotechnology. Nanotechnology has revolutionised the paint and coating industry by enabling the development of advanced coatings with exceptional performance. Through the manipulation of materials at the nanoscale, scientists have been able to create coatings with unique properties, such as self-cleaning surfaces and anti-corrosion properties!

Self-cleaning coatings, for instance, incorporate nanoparticles that create a hydrophobic surface, preventing dirt and grime from adhering to it. When it rains, the water droplets easily roll off, taking the dirt with them, leaving the surface clean and pristine.

Anti-corrosion coatings, on the other hand, utilise nanoscale additives that form a protective barrier on metal surfaces, preventing them from coming into contact with corrosive elements. This helps to extend the lifespan of structures and equipment, saving time and money on maintenance and repairs. However, all the science behind paints and coatings would be in vain without proper surface preparation and application techniques. Surface preparation is crucial for achieving optimal adhesion and durability.

Innovative Trends and Technologies

- Exploring the latest trends in the paints and coatings industry, such as eco-friendly formulations, low-VOC (volatile organic compounds) paints, and sustainable sourcing.

- Discussing the use of smart coatings, which can change colour, repel dirt, or provide thermal insulation.

- Highlighting emerging technologies like 3D printing of coatings and the integration of augmented reality in colour selection and visualisation.

Innovative trends and technology in today's ever-evolving world, are crucial to stay on top of the latest developments in the paints and coatings industry. With a focus on sustainability and eco-consciousness, there are numerous exciting advancements to explore.

Let's take a look at some of the most innovative trends shaping the industry.

One of the key trends is the development of eco-friendly formulations. As society becomes more environmentally aware, there is a growing demand for paints and coatings that have minimal impact on the planet. Low-VOC (volatile organic compounds) paints are a prime example of this.

By reducing the emission of harmful chemicals, these paints not only protect the environment but also promote the health and well-being of individuals. Furthermore, the sourcing of materials has become a significant consideration for the paints and coatings industry. Sustainable sourcing has gained prominence as companies strive to minimise their ecological footprint.

By using responsibly sourced materials, manufacturers can ensure that their products are not contributing to deforestation or other harmful practices.

Another exciting trend in the industry is the use of smart coatings. These coatings are designed to provide additional functionalities beyond their traditional protective properties. For instance, some smart coatings can change colour based on environmental conditions or user preferences, adding a dynamic and aesthetic aspect to surfaces. Others, like we mentioned above, are formulated to repel dirt, making them self-cleaning and low-maintenance.

Additionally, there are coatings that offer thermal insulation, contributing to energy efficiency in buildings. In recent years, emerging technologies have also made their mark in the paints and coatings industry. One such technology is 3D printing of coatings. This revolutionary approach allows for intricate and precise designs to be printed directly onto surfaces, opening up new possibilities for customisation and creativity.

From complex patterns to unique textures, 3D printing has the potential to transform the way coatings are applied and perceived. Furthermore, the integration of augmented reality (AR) in colour selection and visualisation has gained traction. This technology enables users to virtually apply and visualise different paint colours on their surfaces, helping them make informed decisions before committing to a specific colour or shade.

With AR, customers can explore various options and experiment with different combinations, ultimately enhancing their overall experience and satisfaction. As the paints and coatings industry continues to push boundaries and embrace innovation, these trends and technologies are shaping the future. From eco-friendly formulations and sustainable sourcing to smart coatings and cutting-edge technologies like 3D printing and augmented reality, there is no shortage of exciting advancements to explore.

Applications and Impact of Paints & Coatings

- Showcase the diverse applications of paints and coatings in different industries, including construction, automotive, aerospace, marine, and art.

- Discussing the role of coatings in protecting infrastructure from corrosion, extending the lifespan of products, and reducing maintenance costs.

- Highlighting the impact of colour psychology in interior design and how paints can influence mood, productivity, and well-being.

Applications and impact look at the versatility and influence of paints and coatings that have become an integral part of various industries, revolutionising the way we approach construction, automotive, aerospace, marine, and art.

The applications of these products are incredibly diverse, showcasing their unparalleled versatility and potential to transform multiple sectors. In the construction industry, paints and coatings play a crucial role in enhancing the visual appeal of buildings while providing protection against external elements. Moreover, these coatings are instrumental in preserving infrastructure, safeguarding it from corrosion and weathering.

By effectively extending the lifespan of products, they prove to be cost-effective solutions, reducing maintenance expenses and ensuring long-term durability. The automotive sector also heavily relies on paints and coatings to enhance the aesthetic appeal of vehicles. However, their significance goes beyond mere appearances. Coatings offer an extra layer of protection, shielding automobiles from harsh weather conditions, UV rays, and other external factors that can cause damage.

With their ability to improve durability and resistance, paints and coatings contribute to maintaining the value and longevity of vehicles.

The aerospace industry is another sector in which paints and coatings play a pivotal role. Beyond providing an appealing finish, these coatings act as a protective shield against extreme temperatures, friction, and corrosion. They ensure the safety and longevity of aerospace components, making them indispensable in this technologically advanced field.

In the marine industry, paints and coatings are used to protect ships and other maritime structures from the corrosive effects of saltwater, as well as from the growth of algae and other marine organisms. By mitigating rusting and deterioration, these coatings extend the lifespan of vessels, reducing the need for frequent repairs and ultimately saving on costs.

Additionally, paints and coatings have a significant impact on interior design and the overall ambiance of spaces. The influence of color psychology in this regard cannot be understated. Different shades evoke distinct emotions, and paints can be strategically used to create desired moods and atmospheres. For instance, calming shades like blue and green can promote relaxation, while vibrant colors like red and yellow can enhance productivity and energy levels.

By harnessing the power of paints, interior designers can greatly influence the well-being and productivity of individuals within a space.

Furthermore, paints and coatings have a profound effect on our psychological well-being. Studies have shown that certain colors can uplift our mood, reduce stress, and improve overall mental health. By choosing the right paints and coatings, individuals can create environments that promote positivity and happiness, who knew!

Paints & Coatings Conclusion

So as we have learned paints and coatings are not just about adding colour to a surface; they serve a much greater purpose.

These essentially liquid products are designed to protect surfaces from the harmful effects of the environment, such as corrosion, UV radiation, and moisture. Additionally, paints and coatings can enhance the aesthetic appeal of a space, transforming it into a visually pleasing and inviting environment.

When it comes to choosing the right paint or coating, there are various factors to consider. The type of surface being treated, the intended purpose, and the desired finish all play a crucial role in the selection process.

Whether it's for residential painting, commercial painting, or industrial coating use, there is a wide range of paints and coatings available to suit every need.

As discussed, in recent years, there have been significant advancements in paint and coating technology. Manufacturers are now producing products that are more durable, longer-lasting, and environmentally friendly.

Water-based paints, for example, have gained popularity due to their low VOC (volatile organic compounds) content, making them safer for both the applicators and the occupants of the space.

One of the key benefits of using high-quality paints and coatings is their ability to provide long-term protection to surfaces. By forming a barrier against external elements, they help to prevent damage and extend the life of the surface. This is particularly important for structures and equipment exposed to harsh weather conditions or high levels of wear and tear.

Furthermore, paints and coatings can also play a vital role in maintaining cleanliness and hygiene. For example, antimicrobial coatings are designed to inhibit the growth of bacteria, mold, and fungi, making them ideal for use in hospitals, schools, and other healthcare facilities.

Similarly, easy-to-clean coatings can make surfaces resistant to stains, dirt, and grime, making maintenance a breeze. In conclusion, paints and coatings are essential products that offer more than just color. They provide protection, enhance aesthetics, and contribute to the overall functionality and durability of a space.

With the advancements in technology and the wide variety of options available, it is easier than ever to find the perfect paint or coating to meet your specific needs. So, next time you're considering a paint or coating project, remember to choose wisely and reap the many benefits they have to offer.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Reason Why Industrial Painting is So Important!

Wed, 06 Sep 2023 15:52:26 GMT

What is Industrial Painting?

Industrial painting is an important job that is often overlooked, but can be critical to the success of a asset owing business. Industrial painting contractors are the professionals who provide the expertise and labor to apply industrial coatings and finishes to a variety of surfaces, such as metal, wood, and concrete. These coatings protect the surfaces from corrosion, rust, and other environmental factors, making them last longer and perform better. They also help to reduce the cost of maintenance and repair due to the semi permeable protective properties of the coatings. In this blog post, we will explore the importance of industrial painting, why it is so important, and how industrial painting contractors like Dangle can help you achieve the desired results.

Understanding the Basics of Industrial Painting

Industrial painting is a specialised form of painting that involves the application of paint and coatings to various surfaces, particularly those found in industrial settings. It requires specific knowledge and expertise to ensure that the paint is applied correctly and provides the desired protection and aesthetic appeal demanded in a competitive setting.

One of the most common surfaces that require industrial painting is steel. Steel is widely used in industrial environments due to its strength, durability and relatively low cost. However, it is susceptible to corrosion and rust when exposed to moisture and other environmental factors. To protect steel from these issues, it is important to use the right paint and coatings.

When it comes to painting steel, there are various types of paint and coatings to choose from. Epoxy paint is one of the most commonly used types of paint for steel. It is known for its excellent adhesion and durability, making it ideal for protecting steel beams, structures, and equipment.

Another popular option for protecting against corrosion is zinc rich paint , which is a type of coating that is known for its sacrificial layer properties. This sacrificial layer acts as a shield, safeguarding the underlying surface from the harmful effects of corrosion. Zinc paint works by creating a barrier between the metal substrate and the surrounding environment, limiting moisture, chemicals, and other corrosive agents from reaching the surface and causing damage. This protective layer is highly effective in extending the lifespan of metal structures, equipment, and infrastructure, making zinc paint a widely sought-after solution in various industries. It is commonly used in applications such as automotive, construction, marine, and industrial sectors.

Zinc paint not only provides excellent corrosion resistance but also offers other benefits, including easy application, cost-effectiveness, and versatility. With its ability to adhere to different surfaces, such as steel, aluminum, and galvanized metal, zinc paint can be applied to a wide range of substrates, ensuring comprehensive protection against corrosion. Additionally, this type of paint can be used on both new and existing surfaces, making it a flexible choice for maintenance and repair projects. Moreover, zinc paint is available in various formulations, including primers, topcoats, and single-component systems, offering users a wide selection to meet their specific requirements. Whether it is protecting a steel structure from the harsh outdoor elements or preventing corrosion on industrial machinery, zinc paint is a reliable solution that provides long-lasting protection and peace of mind.

Industrial painting companies specialise in providing industrial paint application services for a wide range of surfaces, including metal, wood, and concrete. These companies have the necessary equipment and expertise to handle large-scale painting projects, such as painting warehouses, factories, and shipyards. They use techniques such as airless industrial painting, which allows for faster and more efficient application of paint on the surface.

If you're considering industrial coating for your business, it is important to properly prepare the surfaces before painting. This includes cleaning, sanding, and priming the surfaces to ensure proper adhesion of the paint. Otherwise it will probably lead to coating failures. It is also important to choose the right type of paint and coatings for your specific needs and understanding paint and coating chemistry is a very complex task and covered in our blog post the basics of corrosion and how to beat it .

The Importance of Industrial Painting

Industrial painting plays a crucial role in the longevity and performance of various surfaces, particularly in industrial settings. Whether it's steel beams, equipment, or structures, applying the right paint and coatings is essential to protect them from corrosion, rust, and other environmental factors. The importance of industrial painting cannot be overstated, as it not only extends the lifespan of these surfaces but also helps businesses save on maintenance and repair costs.

When it comes to protecting steel, industrial painting becomes even more significant. Steel is widely used in industrial environments due to its strength and durability. However, it is highly susceptible to corrosion and rust when exposed to moisture and other elements. That's where the right paint and coatings come into play.

Epoxy paint is one of the best options for steel. It is known for its exceptional adhesion and durability, making it an ideal choice for protecting steel beams, structures, and equipment. This type of paint creates a strong barrier that prevents moisture and other corrosive agents from reaching the metal surface. Additionally, epoxy steel coatings can withstand harsh industrial environments and provide long-lasting protection.

Zinc paint is another popular choice for industrial painting on steel surfaces. It creates a sacrificial layer of protection, which means it corrodes instead of the steel when exposed to environmental factors. This not only prevents rust but also helps to extend the life of the steel structure or equipment.

Industrial painting is not limited to steel alone. It also encompasses other surfaces like wood and concrete. For example, in shipyards, where exposure to water and salt is constant, industrial painting is crucial for protecting ships and maritime structures. By applying the right paint and coatings, shipyard painters can ensure that the vessels are shielded from the harsh marine environment.

Types of Surfaces that Require Industrial Painting

Industrial painting is essential for protecting a variety of surfaces from environmental damage and ensuring their durability. One common surface that requires industrial painting is steel, which is widely used in industrial settings due to its strength, cost-effectiveness, and durability.

Despite its strength, steel is prone to corrosion and rust when exposed to moisture and other damaging elements. That's why it is crucial to choose the right paint and coatings to provide a protective barrier. By selecting the appropriate coating, the steel surface can be effectively shielded from the corrosive effects of moisture and other harmful elements. This not only prolongs the lifespan of the steel but also preserves its structural integrity and improves its performance.

When it comes to painting steel, there are specific types of paint and coatings that are best suited for the job. Epoxy paint is one of the top choices for painting steel beams, structures, and equipment. It is known for its exceptional adhesion and durability, creating a strong barrier that can slow the passage of moisture and corrosive agents from reaching the metal surface. Epoxy paint is highly resistant to chemicals and can withstand harsh industrial environments, providing long-lasting protection for steel.

Another popular choice for industrial painting on steel surfaces is zinc paint. This type of paint creates a sacrificial layer of protection, meaning it corrodes instead of the steel when exposed to environmental factors. Zinc paint not only mitigates rust but also extends the life of the steel structure or equipment. It is particularly effective in marine environments, where exposure to water and salt is constant.

Industrial painting is not limited to steel alone. It also encompasses other surfaces such as wood and concrete. In industries such as shipyards, where exposure to water and salt is constant, industrial painting plays a crucial role in protecting ships and maritime structures. By applying the right paint and coatings, shipyard painters can ensure that vessels are shielded from the harsh marine environments.

Overall, understanding the types of surfaces that require industrial painting is essential for businesses looking to protect their assets and ensure their longevity. Whether it's steel, wood, or concrete, using the right paint and coatings can make all the difference in maintaining the integrity of these surfaces and avoiding costly repairs. So, when considering industrial painting, it's crucial to choose the best paint for the specific surface and seek the expertise of industrial painters or industrial coating specialists near you.

Preparing the Surface for Industrial Painting

Preparing for industrial painting is crucial to ensure that the paint and coatings adhere properly to the surface and provide effective protection.

Whether you're painting steel, wood, or concrete, proper preparation is essential for achieving the desired results.

When it comes to painting steel, the first step is to clean the surface thoroughly. Any dirt, oil, or rust should be removed to ensure proper adhesion of the paint. This can be done through pressure washing or using solvents specifically designed for cleaning metal surfaces.

After cleaning, it is important to inspect the surface for any defects or damage that may need to be addressed before painting. This includes repairing any cracks, holes, or dents in the steel often called imperfections. Filling these imperfections with the appropriate filler or putty will ensure a smooth surface for the paint to adhere to.

Once the surface is clean and repaired, it's time to prime. Priming is an essential step in the painting process, as it helps the paint adhere better to the surface and provides an extra layer of protection. When choosing a primer, make sure it is specifically designed for the type of surface you are painting. For steel, there are primers available that are specifically formulated for metal surfaces and its generally accepted as best practice in the coatings industry if this stage of the industrial painting process is done by brush to ensure the paint product is correctly worked into the surface.

After priming, it's time to allow the paint to correctly dry according to the Technical Data Sheet or Product Data Sheet from the paint manufacturer. When choosing a paint for steel, consider using epoxy paint or zinc paint, as mentioned earlier. These types of paints are highly durable and provide excellent protection against corrosion with often shorter drying cycles which for undercoats are referenced by the overcoating period. It is important to apply the paint evenly and follow the manufacturer's instructions for drying times and re-coating.

In addition to proper surface preparation, it is also important to take safety precautions during the painting process. This includes wearing protective gear such as goggles, gloves, and a respirator to protect yourself from fumes and paint particles. Adequate ventilation is also crucial when working with industrial paints. All safety data can be found on the Material Safety Data Sheet which you can get from the manufacturer of the product.

Best Practices for Industrial Painting

When it comes to industrial painting, following best practices is essential to ensure a successful and long-lasting industrial paint scope of work. Whether you're painting steel, wood, or concrete, these practices will help you achieve the desired results and maximise the protection provided by the paint and coatings.

First and foremost, it is crucial to properly prepare the surface before painting. This includes cleaning, repairing any defects, and applying a suitable primer. For example, when painting steel, it is important to clean the surface thoroughly to remove any dirt, oil, or rust. This can be done through pressure washing usually to a minimum of 2500 psi and/or using specialised solvents compatible with the paint and coating product. Additionally, any cracks, holes, or dents should be repaired before painting to ensure a smooth surface.

Choosing the right paint and coatings is also a key aspect of industrial painting. For steel surfaces, epoxy paint and zinc paint are among the best options as discussed earlier. Epoxy paint provides excellent adhesion and durability, making it ideal for protecting steel structures and equipment. Zinc paint, on the other hand, creates a sacrificial layer of protection and is particularly effective in marine environments.

Proper application of the paint is another important factor. It is essential to apply the paint evenly and follow the manufacturer's instructions for thickness, drying times and re-coating. Using the appropriate tools and techniques, such as airless industrial painting, can help achieve a professional finish.

Safety should never be overlooked when it comes to industrial painting. It is crucial to wear protective gear, such as goggles, gloves, and a respirator, to protect yourself from fumes and paint particles. Adequate ventilation is also necessary to ensure a safe working environment.

DIY vs Hiring a Professional Industrial Painter

When it comes to industrial painting, you may be wondering if you should tackle the job yourself, maybe hire in someone like a handyman who knows a little bit about painting or hire a professional, who you know is going to the more expensive out of the three options you have. While DIY projects can be a great way to save money and take pride in your work, industrial painting is a specialised task that requires specific knowledge and expertise, so the latter will only come to save you expensive mistakes or even complete rework!

So, let's take a closer look at the pros and cons of DIY vs hiring a professional industrial painter.

One of the main advantages of DIY industrial painting is the potential cost savings. By doing the job yourself, you can avoid paying labor costs and potentially reduce material costs. However, it's important to consider the skill and experience required for a successful industrial painting project. Industrial painting is not just about applying paint; it involves proper surface preparation, choosing the right paint and coatings, and using the correct application techniques. Without the necessary expertise, you may end up with a subpar result that fails to provide adequate protection for your surfaces.

Another factor to consider is the time and effort involved in industrial painting. Depending on the size and complexity of the project, industrial painting can be a time-consuming task. By hiring a professional painting and access contractor like Dangle, you can free up your time and focus on other aspects of your business. Professionals like us also have access to specialised equipment and tools that can expedite the painting process and ensure a high-quality finish.

Additionally, professional industrial painters have the knowledge and experience to recommend the best paint and coatings for your specific needs. Whether it's epoxy paint for steel, zinc paint for steel, or other industrial coatings, they can help you make informed decisions to maximise protection and longevity. They also have access to a wider range of industrial paint products and may be able to secure better pricing than you could on your own.

While DIY industrial painting may seem like a tempting option, especially for smaller projects, it's important to weigh the risks and rewards. When it comes to protecting valuable assets like steel structures and equipment, investing in professional industrial painting can provide peace of mind and ensure a long-lasting finish. So, consider the scope and complexity of your project, as well as your own skill level and available time, before deciding whether to DIY or hire a professional industrial painter.

In summary, industrial painting requires specialised knowledge and expertise to ensure a successful and long-lasting result. While DIY projects can save money, the risks of improper surface preparation, incorrect product selection, and inadequate application techniques may outweigh the benefits. Hiring a professional industrial painter not only ensures a high-quality finish but also saves you time and provides access to expert recommendations.

Industrial Painters Near Me

If you're in need of industrial painting services, you may be wondering, "Where can I find industrial painters near me?" Luckily, there are numerous industrial painting contractors available that can help you achieve the results you desire.

When searching for industrial painters, it's important to consider their expertise and experience in the field. Look for contractors who specialize in industrial painting and have a proven track record of successful projects. You can start by asking for recommendations from colleagues or industry professionals who have previously used industrial painting services.

Another useful tool in finding industrial painters near you is the internet. Conduct a quick search using keywords such as "industrial painters" or "industrial coatings near me." This will provide you with a list of local contractors that offer industrial painting services. Take the time to read through their websites and learn more about their services, experience, and client testimonials.

Once you have a list of potential industrial painters, it's important to narrow down your options. Contact each contractor and request a coating consultation or painting estimate. This will allow you to discuss your specific needs and expectations for the project. During the consultation, ask about the types of paint and coatings they recommend for your surfaces. Discuss your budget and timeline to ensure that they can accommodate your requirements.

When evaluating potential industrial painters, don't forget to consider their pricing. While cost shouldn't be the sole determining factor, it's important to find a contractor that offers competitive rates without sacrificing quality. Remember, investing in professional industrial painting can save you money in the long run by extending the life of your surfaces and reducing maintenance and repair costs.

In conclusion, finding industrial painters near you is an important step in achieving the desired results for your industrial painting project. Take the time to research and evaluate different contractors to find the one that best suits your needs. By choosing a reputable and experienced industrial painting contractor, you can ensure that your surfaces are properly protected with high-quality paint and coatings for years to come.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Exploring the World of High Access Painting

Sat, 15 Jul 2023 17:22:44 GMT

Beyond the Ground Floor: Exploring the World of High Access Painting

Have you ever looked up at a towering skyscraper or high rise tower and wondered how those high-up windows are cleaned and painted? It's a job that requires nerves of steel, technical expertise, and specialised equipment. Welcome to the world of high access painting, where skilled professionals brave dizzying heights to keep our cities looking their best. But there's more to this profession than just scaling tall buildings. High access painters also work on bridges, oil rigs, and even wind turbines.

In this article, we'll take a closer look at the world of high access painting and explore the challenges and rewards of this thrilling profession!

From the specialised skills required to the latest safety regulations, we'll delve into the fascinating world of high access painting and discover what it takes to succeed in this demanding field. So, buckle up and join us as we journey beyond the ground floor and into the dizzying heights of high access painting.

What is High Access Painting?

High access painting is the practice of painting or repainting high-rise buildings, bridges, and other structures at great heights. These structures are often difficult to access, and traditional methods of painting and maintenance are not suitable. High access painting requires specialised equipment and expert skills from rope access technicians, to ensure the safety and the quality of the work.

The job of a high access painter is not just to paint the exterior of the structure, but it also involves inspection of the structures for damages, rust, and other defects that could affect the integrity of the building. The rope access painters also have to work in all weather conditions and must have the ability to work at heights with ease, so suffering from vertigo is out of the question.

High access painting is a field that requires a significant amount of training and certification. A access painter must be able to work safely at heights, have an understanding of the different types of equipment, and be familiar with the latest safety regulations, which in the UK fall under the Working at Height Regulations .

Benefits of High Access Painting

High access painting has several benefits over traditional painting methods. Firstly, it is more efficient as it allows industrial rope painters to work on large structures in a shorter amount of time. Additionally, high access painting is more cost-effective as it reduces the need for scaffolding and other expensive equipment. Furthermore, high access painting is more environmentally friendly as it reduces the amount of waste produced during the access and painting process, supporting the move to net zero.

High access painting also has the advantage of being able to access hard-to-reach areas that traditional painting access methods cannot. This means that structures can be painted and maintained more thoroughly, which can extend the lifespan of the building and reduce the need for costly repairs.

High Access Painting Equipment and Safety Measures

High access painting requires specialised equipment to ensure the safety of the workers and the quality of the work. The equipment used for high access painting includes ropes, harnesses, rigging, and other specialist equipment and tools used for abseiling.

Safety is of utmost importance in high access painting. Workers are required to undergo extensive training and certification to ensure that they can work safely at heights. Additionally, safety regulations and guidelines are strictly enforced to ensure that workers are protected from falls and other hazards like dropped objects from height.

Did you know falls from height are the largest cause of injury on construction sites in the UK.

The equipment used in high access painting is subject to strict safety regulations and guidelines. Workers must be trained to use the equipment safely and must follow the manufacturer's instructions and guidelines, working within the safe working loads (SWL) limits at all times.

Types of Buildings that Require High Access Painting

High access painting is required for a wide range of structures, including skyscrapers, bridges, oil rigs, lighthouses and wind turbines. These structures are often difficult to access, often in remote locations and traditional painting methods are not suitable.

Skyscrapers are the most common structures that require high access painting. The exterior of these buildings is exposed to the elements and can become damaged over time. High access painting is required to maintain the appearance of the building and to prevent further damage.

Bridges also require high access painting as they are exposed to harsh weather conditions and are usually subject to high wear and tear. High access painting is required to maintain the structural integrity of a bridge and to mitigate corrosion, protecting the public.

Oil rigs, lighthouses and wind turbines require high access painting due to their location. These structures are often located in remote areas and are subject to harsh weather conditions from the coastal locations. High access painting is required to maintain the integrity of the structure and to protect it from corrosion.

High Access Painting Techniques

High access painting requires specialised techniques to ensure the quality of the work. The techniques used in high access painting include spray painting, brush painting, and roller painting taught using industrial painting techniques.

Spray painting is the most common technique used in high access painting. It is fast and efficient and allows painters to cover large areas in a short amount of time, however not always possible due to the overspray it creates. Brush painting and roller painting are used for smaller areas and for touch-ups or where spray paint application can not be contained.

High access painters must also have an understanding of the different types of paint and coatings that are suitable for high access painting. The paint used for high access painting must be industrial paint, durable and resistant to harsh weather conditions.

High Access Painting vs Traditional Painting Methods

High access painting has several advantages over traditional painting methods. Traditional painting methods require scaffolding and other expensive equipment, which can be time-consuming and costly. High access painting is more efficient and cost-effective as it reduces the need for scaffolding and other equipment.

Additionally, high access painting is more environmentally friendly as it reduces the amount of waste produced during the painting process.

Traditional painting methods can produce a significant amount of waste, which can be harmful to the environment due to Volatile Organic Compounds (VOCs).

High access painting also has the advantage of being able to access hard-to-reach areas that traditional painting methods cannot. This means that structures can be painted and maintained more thoroughly, which can extend the lifespan of the building and reduce the need for costly repairs.

High Access Painting Companies and Services

High access painting is a specialised field that requires expert skilled painters and equipment. There are several companies that specialise in high access painting and offer a range of services in Scotland, including painting, inspection, and maintenance, just like us, Dangle Rope Access , although we believe we're the best at it!

When choosing a high access painting company, it is important to consider their experience and reputation. A reputable company like ours, will have a track record of delivering high-quality work and will have a team of skilled and certified workers.

High access painting companies also offer a range of services, including inspection and maintenance. These services are important for ensuring the integrity of the structure and preventing costly repairs, before they develop.

High Access Painting Cost and ROI

High access painting can be more cost-effective than traditional painting methods as it reduces the need for scaffolding and other expensive equipment. The cost of high access painting can vary depending on the size of the structure, the type of equipment required, and the complexity of the job.

The ROI of high access painting can be significant as it can extend the lifespan of the building and reduce the need for costly repairs.

Additionally, high access painting can improve the appearance of the building, which can have a positive impact on property value amongst many other things.

High Access Painting Case Studies

High access painting has been used on a wide range of structures, including skyscrapers, bridges, and oil rigs. One notable example is the Burj Khalifa in Dubai, which is the tallest building in the world. High access painters were required to paint the exterior of the building, which was a complex and challenging job.

Another example is one the team at Dangle Rope Access worked on for our client, the Northern Spire Bridge in Sunderland City , which is a transport bridge that's subject to harsh weather conditions and exposed to saltwater. Dangles high access painters were required to paint the bridge cable stays to control corrosion and maintain the structural integrity of the bridge.

Conclusion to High Access Painters

High access painting is a specialised field that requires expert skills and equipment. The benefits of high access painting include efficiency, cost-effectiveness, and environmental friendliness. High access painting is required for a wide range of structures, including skyscrapers, bridges, and oil rigs.

High access painting requires specialised equipment and safety measures to ensure the safety of the workers and the quality of the work. The techniques used in high access painting include spray painting, brush painting, and roller painting.

High access painting has several advantages over traditional painting methods, including efficiency, cost-effectiveness, and the ability to access hard-to-reach areas. High access painting companies offer a range of services, including painting, inspection, and maintenance repairs.

The cost of high access painting can vary depending on the size of the structure, the type of equipment required, and the complexity of the job.

However, the ROI of high access painting can be significant as it can extend the lifespan of the building and reduce the need for costly repairs.

High access painting has been used on several notable structures, including the Burj Khalifa and the Northern Spire Bridge .

These examples demonstrate the complexity and challenges of high access painting and the importance of expert skills and equipment.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Rope Access Companies

Fri, 14 Jul 2023 09:17:48 GMT

Rope Access Companies: The Solution to High-Risk Access Problems

In any industry, there are situations where traditional access methods like scaffolding and cranes are not feasible or cost-effective. These situations often involve high-risk environments, confined spaces, work over water or areas with limited accessibility. This is where rope access companies come into play, like us. Here at Dangle Rope Access , our expertise and specialised equipment, provide a safe and efficient means of accessing difficult-to-reach areas right across Scotland.

What is Rope Access?

Rope access, also known as industrial climbing or abseiling, is a technique initially developed by climbers for recreational purposes. However, it has gained popularity in industries such as construction, oil and gas, telecommunications, renewables and maintenance. By employing a combination of rope work, rigging, and climbing techniques, rope access technicians can navigate vertical, horizontal, and overhanging structures with ease.

Rope Access Companies: The Experts in High-Risk Environments

Rope access companies like us, are highly specialised organisations that provide a range of services, from inspections and maintenance to installation and repair. What sets Dangle Rope Access apart from other access methods is our ability to effectively work in challenging environments without impeding operations or causing disruptions.

Here are some key reasons why rope access companies have become the go-to solution for high-risk access problems.

Rope Safety When Working at Height

Safety is of utmost importance in any industry, particularly when it comes to working at heights or in hazardous environments. Rope access companies prioritise safety above all else and maintain strict adherence to industry standards such as the Industrial Rope Access Trade Association ( IRATA ) or the Society of Professional Rope Access Technicians ( SPRAT ).

Rope access technicians undergo rigorous training and certification programs to ensure they possess the necessary skills and knowledge to safely operate at height and in potentially dangerous conditions. They are equipped with specialised personal protective equipment (PPE), including helmets, harnesses, and fall arrest systems, to prevent accidents and protect themselves while working.

Efficiency and Cost-effectiveness

When compared to traditional access methods like scaffolding or cranes, rope access is often the more efficient and cost-effective option. Rope access technicians can set up their systems quickly and easily, minimizing downtime and allowing work to be completed promptly. This is particularly beneficial in industries where time is of the essence, such as offshore oil and gas operations or emergency maintenance tasks.

Furthermore, rope access eliminates the need for costly and time-consuming scaffolding installations. With rope access, technicians can access hard-to-reach areas directly, reducing both labor and equipment expenses. This makes rope access an attractive option for companies looking to optimise their operational efficiency and reduce overall project costs.

Versatility and Flexibility

One of the key advantages of rope access is its versatility and flexibility. Unlike traditional access methods, rope access can be deployed in a wide range of environments, including confined spaces, intricate structures, and even over open water applications. This adaptability allows rope access companies to tackle unique access challenges that other methods cannot handle.

Additionally, rope access is minimally invasive and does not require extensive modifications to existing structures. This is particularly advantageous in heritage sites, sensitive environments, or buildings with architectural significance, where preserving the original structures is vital. Rope access technicians can perform their tasks without causing damage, ensuring the integrity and aesthetics of the structure are maintained.

Specialised Services offered by Rope Access Companies

Rope access companies offer a wide range of specialised services tailored to meet the specific needs of different industries. Some of these services include:

Rope Access Inspections:

Rope access technicians are trained to conduct detailed inspections of structures, equipment, and facilities. This ensures compliance with safety regulations, identifies potential risks, and helps plan necessary maintenance or repairs, whilst meeting insurance obligations.

Rope Access Maintenance and Repairs:

Rope access technicians can carry out routine maintenance tasks, such as cleaning, painting, and sealing and leak prevention to name a few, on structures and equipment located in challenging access areas. They can also perform repairs to structures, pipelines, or infrastructure without disrupting operations.

Rope Access Installation and Construction:

Rope access companies can assist in installing or constructing various elements, such as signs, antennas, banners, or even building facades. Our ability to navigate difficult terrain and reach great heights makes it ideal for these types of work at height tasks.

Rope Access Rescue and Emergency Response:

Rope access technicians are trained in rescue techniques too and can respond quickly to emergency situations. They can efficiently reach confined spaces, rescue individuals in distress, and provide immediate medical attention if required, as Dangle's team are all first aid trained as a minimum, down to the remote nature of our work.

Choosing a Reliable Rope Access Company

When selecting a rope access company, it is essential to consider their experience, certifications, and safety record. Look for companies that abide by industry standards, such as IRATA or SPRAT, as this ensures the highest level of professionalism and competence.

Additionally, it is important to evaluate the company's track record and customer reviews. Positive feedback from previous clients can give you confidence in their ability to deliver quality services and meet your unique requirements. All our reviews are five star for a reason!

In conclusion, rope access companies like Dangle offer a safe, efficient, and cost-effective solution to high-risk access problems. With our expertise and specialised equipment, we can navigate challenging environments and provide a wide range of services, from inspections and maintenance to installation and rescue. By partnering with a reliable rope access company like us, industries like yours can overcome access limitations and ensure operations run smoothly, even in the most demanding situations.

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Coating Failure Analysis

Tue, 30 May 2023 09:02:23 GMT

COATINGS FAILURE ANALYSIS

Coating Failure Analysis and the Investigation of Protective Coatings in Wind, Marine Offshore Oil & Gas, Chemical Plants, Energy Infrastructure, Bridges and Mining (Ask the Experts) topic.

Critical Questions we often get asked on Protective Coatings used for Asset Protection in industrial fields such as Oil & Gas, Renewable Wind Energy etc when applied by painting companies are:

Why is the coating not stopping corrosion?
Why is the coating delaminating or blistering?
Has the coating been correctly specified and/or correctly applied by the paint contractor?
Does the coating meet the manufacturing standard, including properties such as correct hardness/cure, adhesion and thickness?
What surface preparation and atmospheric conditions must be achieved to successfully apply the industrial paint?
Does the coating have any defects in it? How will these affect performance and can you quality check?
Why did the coating fail? Root cause assessment.
How can the coating be successfully repaired/remediated so that it doesn’t fail again?

Coatings Inspection & Testing is a method that conducts coating condition assessment and testing for clients across all sector. It provides conventional and advanced non-destructive testing services, as well as destructive & chemical testing on a range of protective coatings. Dangle has qualified coatings specialists supported by materials, equipment and corrosion analysis software to inspect, analyse and assess protective coatings.

We offer: • specification and selection of protective coatings • accelerated weathering, salt spray and humidity testing and screening of candidate coatings • coating inspections including hardness, DFT thickness, X-cut adhesion, pull-off adhesion, holiday testing, wet-sponge testing, surface roughness, etc. • investigation and analysis of coating failures (root cause) • coating repair strategy and approach (i.e. type of surface prep, selection and screening of reinstatement coatings)

Coatings Testing by Dangle Rope Access provides protective coating analysis services and various laboratory testing on protective coatings. The combination of our experienced coatings chemists and corrosion technologists together with our material scientists ensures that the client receives the best test regime in accordance with various international Standards. Dangle is working towards its accredited status with ISO 17025 in some of the laboratory-based coating related tests. We dont just say we're experts in the field of industrial painting, we can deliver and provide the following types of inspections and laboratory based tests on coating • Blast surface inspection – blast profile measurements using Testex method • Pre-coating surface inspection reporting for soluble salts contamination. • Dry Film Thickness (DFT) • Degree of cure testing (DoC) • Coating Adhesion test (coating Pull-off testing, POT) • Film continuity test (Low Voltage Wet Sponge) • Holiday (high-voltage porosity) coating continuity test • Coating qualification testing • Cathodic Disbondment (CD) tests • Field Based Failure (FBF) investigation on coatings • Third Party Inspection and witnessing of coating activities.

EIS Testing - EIS is a technique well suited for evaluating the permeability or barrier properties of protective coatings based on the electrical resistance of the coating. The impedance of a coating is related to the nature of the polymer, its density, and its fillers. The impedance of a coating is observed to decrease as a function of time of exposure in the service environment. The decrease in impedance is observed to be related to the formation of microcracks, fissures, galleries, loss of barrier properties and the onset of under-film corrosion. As protective coatings such as epoxies and epoxy-phenolics age they become more permeable to ions, water, gases, and other corrosive species of the service environment. EIS thus tracks the barrier properties of the coating and can give information on the state of the coating and its expected service life.

Coating Micro-structural Analysis - can undertake micro-structural examination of protective coatings to determine their quality and integrity. The micro-structural examination involves evaluating coating thickness and number of layers, identifying filler/pigment size and distribution, pigment agglomerates, oxide clusters, micro-cracks, identifying and quantifying of voids or porosity, foreign particles, interface appearance, delaminations, corrosion cells etc. Here at Dangle we routinely perform micro-structural examination of protective coatings frequently for its clients in the oil & gas, mining, pipelines and offshore sector.

Protective Coating Inspection Services for: Mining industry infrastructure (Tanks and Pipes) Oil and Gas industry infrastructure Offshore structures FPSO Above & Below Ground Gas and Oil Transmission Pipelines, Process Piping, Storage tanks Water & Waste Water Treatment Plants Aviation and Airport facilities (Fire Fighting Foam Storage Tanks) Pipeline Coating Types: • Liquid applied epoxy (LAE) coatings • Fusion bonded epoxy (FBE) powder coatings • Polymeric tape coatings • Bituminous tape coatings • Petrolatum and wax tape coatings • Heat shrinkable coatings • Elastomeric coatings • Automobile coatings (epoxies) • Coil coatings (polyester) • Construction coatings (epoxies, polyurethanes) • Fluorocarbon coatings (PVDF) • Plastic coatings • Powder coatings • Rubber paint

Founded in 2013, Dangle began conducting coating condition assessment and testing for major clients in the oil & gas sector using rope access. We provide conventional and advanced non-destructive testing services, as well as destructive & chemical testing. Coatings Problem Solving Protective Coatings are an essential component billion-pound fight against corrosion and damage or steel plant, equipment, vessels and pipelines.

Dangle can assist clients and asset owners to address coating problems and questions such as: • Has the protective coating been correctly specified and applied? • What level of surface preparation and atmospheric conditions are required to ensure the coating performs properly in service? • Why is the coating not acting as a corrosion barrier? • Why is the coating swelling, blistering and/or delaminating? • Does the coating meet the product/project specifications for correct thickness, correct hardness, adequate degree of cure and adequate adhesion? • Does the coating have any defects in it such as pigment agglomerates, voids, air bubbles, inclusions? How will these defects affect performance? • By what mechanism did the coating fail? • How can the failed coating be remediated/replaced so that it doesn’t fail again?

Epoxy Mix Ratio Testing Epoxy-based coatings can fail if incorrect ratios of the base epoxy and amine hardener that form the epoxy coatings are used. Dangle can also conduct nitrogen analysis testing to confirm the mix ratios of in service epoxy coatings, if this is a client concern.

There are many levels and layers involved with industrial painting projects when it comes to coating failure analysis, its extremely important only those property trained and qualified are tasked with finding the root cause(s).

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Warning to Offshore Companies from HSE

Tue, 04 Apr 2023 16:30:41 GMT

HSE has issued a safety alert about the unsafe use of floor grating systems on offshore oil and gas platforms, vessels and wind generation installations.

Sections of polymer floor grating systems can become dislodged, with workers and others at risk of tripping on unsecured flooring or falling through the subsequent hole.

Recent Investigations have revealed that fasteners used to secure the polymer grating flooring sections, often called GRP have not been installed or positioned as per the original equipment manufacturer’s (OEM) guidance, or in line with industry good practice.

Duty holders, owners, operators and employers should identify all areas of grating systems across installations and workplaces, and carry out a suitable and sufficient review to ensure they are safe to use and fit for purpose.

Safety critical areas such as escape routes should be prioritised with immediate effect.

Offshore Grating Issue

Sections of polymer floor grating systems, used on offshore oil and gas platforms, vessels and wind generation installations, can become dislodged. Workers and others are at risk of tripping on unsecured flooring or falling through the subsequent hole.

Grating-systems (used on walkways and deck areas) on offshore installations can be damaged or dislodged during rig moving operations. People may be harmed if walkways and emergency access and egress routes are damaged during rig moves. The risk of damage to these systems may increase during adverse weather or sea state.

Outline of the problem

Investigations have revealed that fasteners used to secure the polymer grating flooring sections have not been installed or positioned as per the original equipment manufacturer’s (OEM’s) guidance, or in line with industry good practice.

HSE is aware of incidents of damaged and dislodged gratings that have presented risks of harm to personnel on offshore installations operating on and outside of the United Kingdom Continental Shelf (UKCS). The grating-systems can be damaged by adverse weather conditions such as wave impact. Damage can occur when moving rigs including towing, moving semi-submersibles, jacking, or manoeuvring jack-up rigs. The condition of grating systems may also deteriorate over time.

Action required

Duty holders (including Operators and owners of offshore installations) should carry out a risk assessment of the types of grating system used on their installation, and the potential for it to be dislodged or damaged during rig moving operations, by adverse weather and sea state.

Once you identify any hazards, you should eliminate or control the risks, so far as is reasonably practicable.

Assess risks for all modes of operation

Operational hazards and risk profiles are likely to change when an installation enters a different mode of operation. Duty holders should assess risks regarding any grating systems to ensure their reliability and safe use during those differing operational activities. For example, in rig moving mode it is not uncommon for deck areas and walkways to be closer to the water surface.

A change in weather or sea state may require the temporary (or permanent) closure or restriction of access to specified areas, doorways and/or walkways, and the consideration of revised muster points and escape routes.

Design, installation and maintenance

Consider the suitability and design of your grating systems to determine areas where the installation may be more susceptible to damage during different modes of operation (such as jacking and/or wet tow activities).

Ensure all grating systems are subject to regular inspection and maintenance to check that they are installed correctly and as per any manufacturers guidance and remain in effective working order.

Employees or contractors that design, install, inspect and/or repair grating systems should be sufficiently competent to undertake their role.

Operational policies and procedures

Operational policies and procedures, such as your adverse weather policy, should consider what actions may be necessary if weather conditions or sea state change and impact on the safe undertaking on any activity.

Your operational policies and procedures should adequately consider the risks associated with rig moves as well as risks during jacked up or moored operations. And if necessary, work activities during moving operations should be temporarily or permanently modified and/or restricted to ensure the safety of personnel.

You should consider if a system for accounting for the whereabouts of all persons working outside of the accommodation areas would provide further control measures to rig moving activities.

It is not uncommon for individual workers to work extended hours during rig move operations and to have more than one operational role for different phases of operation. You must adequately assess the increased risk of fatigue and control it. Ensure that there is either sufficient rest and/or adequate cover for safety critical roles and responsibilities.

Emergency response arrangements

In the event of a missing person or person overboard, those involved in rig move operations must ensure that effective emergency response arrangements are in place. This should include, but not necessarily be limited to, how an installation will respond and what actions must be taken to report missing person(s) or person(s) overboard.

When undertaking a rig move risk assessment your Emergency Response Plan (ERP) should adequately consider (but not necessarily be limited to):

the possibility of a person falling overboard when in transit
the suitability of rescue and recovery equipment, and crew competence in using that equipment
the ability of installation personnel to launch a rescue boat and recover a person(s) in a timely fashion - it may be more appropriate to assign responsibility for rescue and recovery to others (such as one of the towing vessels if it is equipped for such operations)
training and testing of ERPs is in place to assure effective communications with the Coastguard during the different phases of response (commonly referred to as the Uncertainty Phase, Alert Phase and Distress Phase)
your ERPs are aligned with accepted industry standards, such as the International Aeronautical Maritime Search and Rescue (IAMSAR) manual
suitable communications systems are available and tested so that they can be relied upon in a dynamic marine environment, and what actions to take if a system is impaired or unavailable.

Identify where grating systems are used

Duty holders and employers should identify all areas of grating systems across installations and workplaces.

Prioritise safety critical areas

Prioritise safety critical areas such as escape routes and carry out a suitable and sufficient review to ensure they are safe to use. This should include but not be limited to ensuring they are installed in accordance with the original equipment manufacturers (OEM) instructions for the use of fasteners.

Offshore Grating Application

How did polymer flooring come about in the application of the offshore industry and subsequently offshore wind?

Glass Reinforced Plastics (GRP) and Fibre Reinforced Plastics (FRP) are typically the same thing and manufactures offer a range of products suitable for oil rigs, wind farms and other offshore applications. Some are DNV & ISO approved, and have been impact tested for dropped object protection for the seabed. Including manufactures of offshore gratings offering a range of fire retardant resins that are ideal for creating access solutions with wind turbines.

Typical GRP System Benefits:

Resistant to rot and mould
Extremely hard wearing and durable
Corrosion resistant
Lightweight
Easy to handle and install
Low maintenance cost when installed correctly

Fibre Reinforced Plastic (FRP) grating for the offshore industry

The use of Fibre Reinforced Plastic grating has many advantages in comparison with the much-used steel grating, particularly for the offshore industry. Fibreglass Reinforced Plastic grating is high in strength and corrosion-resistant, is lightweight, has a long service life and is safe in use: nonskid and excellent anti-slip properties.

Fire safety of Fibreglass Reinforced Plastic grating

With regard to the specific fire safety requirements in the offshore sector, pultruded grating is regularly used in the offshore and oil and gas industries.

Why Fibreglass Reinforced Plastic grating is used in the offshore industry?

chemical resistance: Fibreglass Reinforced Plastic grating is highly resistant to corrosive substances and acids
lighter than steel: Fibre Reinforced Plastic (FRP) grating is a third to a half the weight of steel grating
impact-resistant: FRP grating is more impact-resistant than steel grating
nonskid and anti-slip properties: the concave meniscus surface makes the FRP grating extremely nonskid and it has very positive anti-slip properties
maintenance-friendly: FRP does not rust and does not rot: low maintenance
optional antistatic top surface
electrically and thermally non-conductive
easy to process and install

Why HSE Issued the Safety Alert?

The HSE has issued a warning to all oil and gas and offshore wind operators to check over their vessels amid fears a worker went through a hole in the floor of a North Sea rig. 50-year-old Jason Thomas has not been recovered since going missing from the Valaris 121, 100 miles off Aberdeen, in January. A Health and Safety Executive (HSE) notice, published last week, confirmed fears that he went through a hole in the rig decking – which was discovered on January 22; the same day he went missing.

The notice stated a section of polymer grating had been dislodged putting employees at risk of “falling through the subsequent hole”.

A new safety alert from the watchdog states that sections of polymer floor gratings, used on offshore oil and gas platforms, vessels and wind generation installations, can become dislodged. The alert calls for all duty holders and employers to identify all areas of grating across their installations to ensure they are safe, prioritising safety-critical areas.

“Workers and others are at risk of tripping on unsecured flooring or falling through the subsequent hole.”

It adds: “Investigations have revealed that fasteners used to secure the polymer grating flooring sections have not been installed or positioned as per the original equipment manufacturer’s (OEM’s) guidance, or in line with industry good practice”.

On the HSE notice published last week, RMT Union boss Jake Molloy said that it “confirm(ed) that our fears were fully verified” that Mr Thomas may have gone through the grating hole.

Last week the HSE said it is continuing to investigate the circumstances and is liaising with authorities.

It added: “No further detail will be given during the investigation. We have been in contact with Jason’s family, with whom our thoughts remain.”

About Dangle Rope Access

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Dangle Launches Train the Painter

Thu, 02 Mar 2023 15:22:50 GMT

Train the Painter Industrial Training

Dangle Launches Train the Painter Courses

What is Train the Painter?

Train the Painter Course is an internationally recognised paint training programme which is accredited and approved by Lloyds Register .

This industrial painter training has been developed by industry experts in response to the strong demand for certification within the industrial coatings industry that now requires personnel working within the road, rail, renewables and oil and gas industries to obtain professional specified certificates.

The dynamic, effective and advanced train the painter (TTP) training covers most global industries where protective coatings are used such as marine, offshore, onshore petrochemical and construction sites and endorsed internationally by Lloyds Register , leading to enhanced morale of the Paint Applicator.

Train the Painter (TTP) offers three core modules that are essential for anyone looking to excel in the field of painting and surface preparation. These modules include:

1. Protective Coatings Applicator - This module focuses on the application of various protective coatings, ensuring that participants understand the techniques and materials required to effectively safeguard surfaces.

2. Abrasive Blast Cleaner - In this module, learners will gain hands-on experience with abrasive blasting techniques, which are crucial for preparing surfaces prior to painting and for achieving a high-quality finish.

3. Spray Painter - This module covers the skills necessary for spray painting, including the proper use of equipment and techniques to ensure optimal application and results.

Together, these modules provide a comprehensive training experience designed to equip participants with the knowledge and skills needed for successful careers in painting and surface preparation.

For individuals who choose to pursue a TTP career pathway at Dangle, we offer an invaluable opportunity to enhance students' skills and expertise through further painter training. Our programs are designed to guide all students into specialised areas of industrial painting, with a strong focus on critical segments: Passive Fire Protection (PFP) Coating Supervision and Marine Environment Painting.

4. Thin Fim Intumescent (PFP) Applicator - is a specialised course designed for applying fire protection materials. This comprehensive course covers crucial topics and techniques, equipping participants with the knowledge and skills necessary to effectively and safely apply thin film intumescent coatings that enhance fire resistance.

5. Coating Supervisor - this advanced Train the Painter course aims to elevate students who already possess a TTP Gold card into a painting supervision position, providing formal certification that is recognised globally.

6. Marine Environment Applicator - is a comprehensive training course offered by Train the Painter, designed specifically for professionals working with vessels, oil rigs, and various offshore infrastructures.

By immersing students in these targeted fields, we aim to equip them with the knowledge and practical experience necessary to excel in their chosen careers, ensuring they are well-prepared to meet the demands of the industry.

Painter Training

Offering industrial coating applicators, blasters and sprayers with a comprehensive package of training modules that ensure professionalism, promote good working practice and a thorough insight into methods of surface treatment and correct application of protective coatings.

Providing trainee coating applicators a comprehensive package of training modules that ensure professionalism and an insight into methods of surface treatment and application of protective coatings.

Accredited supplementary modules to continue your professional development include Thin Film Intumescent coating , Thermal Metal Spraying and Coating Supervisor training.

Industrial coating training can only be delivered by experienced and qualified trainers who successfully complete the Train the trainer course using the innovative and unique interactive training programme which uses animations and videos to compliment the text and handout material. Assessments are conducted by our approved TTP assessors for certification.

All successful students receive a Certificate and ID card. The ID card is personal to the student and is renewable every 5 years.

This comprehensive and unique painter training programme, available in multiple languages (e-learning), is delivered by professionally trained trainers who assess the operatives rigorously throughout the train the painter course ensuring workmanship meets the high standards expected by both onshore and offshore companies worldwide.

E-learning courses now allows delegates to enjoy the train the painter modules anytime, anywhere. E-learning with one of most popular courses now, and available in an online, self-study format. The paint courses focus on the causes and types of corrosion and the methods by which it can be identified, monitored and controlled. Allowing students to participate from work, home or on the go with on-demand viewing that allows you to complete the course as your schedule allows. All you need is a computer or tablet with Internet access. The lectures and multi-media based courses include the full course manual, interactive exercises and knowledge checks throughout, to test your comprehension of the material. Why not book your next course online now, we have massive discounts across all train the painter prices, and can provide finance for each of our train the painter courses, to help spread the cost!

Applicators that have the minimum of a Bronze card will also qualify for a CSCS Blue card and the CSCS hologram logo will be on their Train the Painter ID Card.

Train the Painter Course

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Spray Paint Course

Train the Painter Price

VR Painter Training

Fri, 24 Feb 2023 17:00:50 GMT

Painter Training ppt

Virtual Reality Painter Training

Dangle has plans to offer it's Train the Painter course's using virtual reality painter training technology from a VR paint booth and spray gun that enables students to work and master their skills, without the nasty VOC and paint waste historically associated with the industrial paint training process.

VR Training has a GREEN sustainable future for Industrial paint

Wearing the VR headset, a student can simulate painting a real life component through the VR platform without ever spraying an actual drop of paint, and the mess the coating process causes is completely eliminated. Train the Painter training can now be used to deliver a new way of training apprentice painters, and up-skilling existing paint teams, through the use of a virtual reality (VR) technology.

"The technology is now much more advanced, efficient and sustainable than previous attempts and therefore the time is right to bring this to the market" said MD of Dangle, Simon Dunn.

The VR platform mimics a industrial painting environment, and multiple coating systems can even be applied in order to train paint teams virtually. A VR headset immerses the student in a virtual paint booth, complete with an image of the steel surface to be coated.

The system can be programmed with various paint specifications (such as the thickness of the coating required) and, as the spray operator uses the airless spray gun, they can see whether too much or too little paint is used and look for inconsistencies in the way the coating is being applied, including paint runs or low areas and even misses.

Meanwhile, the operator’s core skills are measured, from setting up the spraying session to the distance, angle and speed at which the gun is used. The feedback is immediate, so trainees can react quickly and change their technique to become more consistent. It shows where runs and sags occur, where the wet film thickness is not sufficient or where the coverage is inadequate to deliver a smooth finish. It also helps them avoid common problems, such as paint overlap, orange peel effects and much more.

Train Painters

During trials, a very specific part of a wind turbine — a nose cone — was programmed into the system. A team of 13 painters with varying abilities were then encouraged to spray the part — without a single drop of real paint being used. Describing the VR paint training solution as an efficient, safe way to train painters, has now very much become reality itself. “In a spray booth, we’d have to spray the primer, then let it dry, then measure the results to see how students did which all takes time. Simon says. “If we were training 13 painters, we’d also have to have 13 nose cones available to paint, to give the painters a real on the job feel. With virtual reality paint training, we don’t have any of these challenges. We can train more painters, more quickly, and allow them to make more mistakes in a controlled classroom environment, which ultimately leads to better results in their working sectors”

Coating Applicators

Our services team will begin with the training, physically setting up and using the spray booth to share their experience and their technique with new industrial painters coming onto our course's. Even for experienced painters, there are real benefits, the company says. A industrial painter or coating applicator may have been using a epoxy paint and need to switch to a polyurethane paint or use a paint with a different mix ratio that could also be heavier or lighter, and all of this can be programmed into the system to replicate a true user-experience.

“Typically, when a customer asks for training, we have to provide significant quantities of paint, much of which is wasted,” Simon says. “By effectively moving the spray paint training into the classroom, we completely eliminate waste, reduce costs, unnecessary shipping and prevent volatile organic compounds (VOCs) from being released into the atmosphere. There are also no costs associated with cleaning the spray guns, or the additional VOCs releases from the solvents required, or providing the panels needed for wet paint training. All of these benefits add up to Dangle reducing its carbon footprint and creating a more sustainable future too, It’s a ‘win win’ for all involved.”

Read: Europe’s Tallest Building Gets Powder Coatings fr

Dangle will be looking at training more paint teams and new students in the months and years to come. “It’s a very high quality of paint training offered and I’m looking forward to getting more of my team using the VR paint equipment”

Hopefully soon Dangle's training centre in Dundee, Scotland will be looking to offer portable units for use at a customer’s own premises.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

VR Painter Training

Coating Process

Painting Training

Building Maintenance via Rope Access

Sun, 22 Jan 2023 17:47:08 GMT

25 Building Maintenance Services via Rope Access Abseiling!

Discover the endless possibilities of rope access building maintenance in helping restore, clean and construct a property or premises. Despite owning the impressive title of “ Rope Access Technician ”, rope access is not a profession in itself but more of a specialist way of working at height.

Read on to learn about the essential role of rope access (and abseiling) and the many services a trained technician can perform using multi trade skills in building maintenance.

What Building Maintenance Services Can Be Done Via Rope Access?

Building maintenance and property restoration are a challenge if you can’t reach the highest points or every part of a buildings exterior. The good news is that there are several access methods available, which are utilised by building and property maintenance contractors like us. Two of the best examples are rope access and abseiling solutions. Both of these methods give rope access contractors an unrivalled level of freedom when a property’s issues are spread over a larger surface area or require specific positioning, coupled with very rapid response times!

The full list of building maintenance services offered via rope access and abseiling expertise includes:

Stone works
Stone cleaning
Stone repairs
Stone colour matching
Doff cleaning
Render cleaning
Gutter cleaning
Major building works
Brick cleaning
Brick sealing
Brick repointing
Brick tinting
Graffiti removal
Cladding cleaning
High-rise window cleaning
External redecoration
Soft-washing
Render repairs
Roof repairs
Roofing services
Roof cleaning
Bird proofing
Eyebolt and safety testing
Disinfecting cleaning
Leak detection

The Ultimate Guide to Building Maintenance via Rope Access

Let’s begin our guide by looking into the various essential building maintenance services rope access can provide, starting with stone work and masonry:

Stone Works Via Rope Access / Abseiling

Stone is a porous material susceptible to damage, so any stone building requires maintenance at some stage to safeguard its appearance and structural integrity. Carbon pollution, incorrect remedial restoration and algae growth can all cause defects in the stone, especially when we consider most stone buildings are centuries old. So, when conducting certain types of stone works such as “freestone” or “dimension stone” for construction, maintenance or decorative purposes, rope access can relieve accessibility in limited or restricted areas. Abseiling for stone works is another effective form of building maintenance as you are less likely to cause damage by having maximum proximity with minimum contact with the stone structure. This feature of rope access is particularly beneficial when dealing with historic and grade-listed stone buildings.

Stone Cleaning Via Rope Access / Abseiling

Due to the material properties, stonework requires specialist cleaning and needs more than just a lick of paint like other surfaces. There are three types of stone cleaning and masonry methods generally applied to stone cleaning building maintenance:

Physical
Chemical
Special (Ultrasonic, heat lances, surfactants).

We recommend using the ideal equipment for cleaning stonework depending on what type suits your building requirements. For example, jet washers are effective for physical stone cleaning, ensuring the removal of dirt, grime and moss. The finish is also attractive and helps restore the integrity of the structure. With the speed and accessibility of abseiling, stone cleaning for building maintenance via rope access is an ideal way to ensure your stone property remains appealing to the eye and does not incur damage through water ingress or plants and animals. Specific stone buildings are connected by lime mortar, such as:

Sandstone
Limestone
Granite
Brick
Terracotta

These types of stone require particular attention when cleaning, as too much can cause damage. Some experienced building maintenance operatives can be trained via rope access to accurately evaluate the stone from close distances and clean it to the necessary degree.

Stone Repairs Via Rope Access / Abseiling

Whether repairing or renovating, stone repairs provide an essential building maintenance service by restoring stone properties to their original beauty. Stone repairs can include multiple aspects of building maintenance, including steps, kerbstones, cornerstones, copings, pillar caps and windowsills. As part of stonemasonry, the art of stone repairs is an ancient craft that can include various restoration elements, including skimming and stone-patching to stone block replacement. Rope access becomes imperative in a stone repair situation if the area of stone provides limited access. While the skill of the stone mason remains critical, so is the ability to reach the stone and make the necessary repairs.

Stone Colour Matching Via Rope Access / Abseiling

Stone colour matching applies to the aesthetic purposes of building maintenance compared to structural issues. Whenever replacing the stone to maintain the building’s aesthetic beauty and historical reputation, stone masons are required to find an identical source of stone material.

Effective stone colour matching can require laboratory analysis with experience stone professionals. However, via abseiling techniques, rope access technicians can help colour-match by applying specialist paints to ensure colours can blend perfectly.

Doff Cleaning Via Rope Access / Abseiling

DOFF cleaning provides a versatile, effective, and efficient cleaning process for property restoration and renovation. With a wide range of applications, DOFF cleaning can remove paint, graffiti, algae and general stain removal. We recommend DOFF cleaning for building maintenance as it can tackle carbon monoxide build-up that can affect the surface of the substrate, causing defects in the stone and altering the physical appearance/structure of the building.

Render Cleaning Via Rope Access / Abseiling

Render cleaning can be a complicated process involving multiple types of render and varying soiling stages. The overall condition of the render will dictate the render cleaning process and products. And be wary, applying the wrong chemicals or jet washing too powerfully can cause irrevocable damage. For effective render cleaning, it’s crucial to have multi-method access, such as rope access for limited areas inaccessible with cherry pickers or scaffolding.

Render Repairs Via Rope Access / Abseiling

Render repairs can prove vital for building maintenance due to the potential of a building’s render falling into disrepair. Render is known to crack and flake, causing the outer seal to break and allow water to penetrate. From repairing cracks to patching and crumbling repairs across multiple materials, rope access allows unrivalled speed and mobility to tackle any render repair services safely and to the highest standards.

Gutter Cleaning Via Rope Access / Abseiling

By purpose and design, gutters are a vital aspect of building maintenance. Without regular maintenance, your gutters won’t be able to keep your property safe, clean, and free from water ingress. When water is allowed to accumulate within clogged gutters, it can seep into cracks and fissures in tiling to cause expensive damage to your building. Rope access provides an ideal method for gutter cleaning due to the mobility and speed of descending a building with a perfect view to analyse and unclog.

Major Building Works Via Rope Access / Abseiling

Major building works incorporate various complex services for building maintenance, refurbishment, and repair. It’s vital to conduct major building works when damage is present to avoid further costly issues. For overall maintenance purposes, our major building works include the following areas via rope access:

External redecoration
Timber works
Metal works
Stone works

Rope access allows an ideal method for major building works due to the ability to analyse difficult-to-reach areas. Taking a proactive approach with major building works will enable you to preserve your property and reduce overall maintenance costs in the future.

Brick Works Via Rope Access / Abseiling

Brick remains a crucial construction material that requires cleaning, restoration, and repair services. Brick works enable effective conservation for building maintenance in the preservation of structure and appearance across all brick facade types. As a comprehensive service package, brick works include various services, including:

DOFF cleaning
Torc cleaning
Brick tinting
Brick repointing

As a combination of services, brick work via rope access can help treat specific types of damage and staining from limited access areas on a building. This method is particularly useful for building maintenance jobs in restricted city streets with multiple brick buildings.

Brick Cleaning Via Rope Access / Abseiling

Brick cleaning via rope access is an ideal method to assess and resolve hard-to-reach areas in your building. We suggest applying brick cleaning services for any of the following issues:

Removing paint
Waterproofing
Removing graffiti

Sometimes we can't reach all areas of a brick building from a ground level. Therefore, rope access provides the perfect method to clean higher and harder-to-reach places on your property without the expense or inconvenience of hiring an elevated work platform or scaffolding.

Brick Repointing Via Rope Access / Abseiling

If your brick building has become damaged, then a brick repointing service can help restore the integrity of your property’s structure and overall appearance. As a complex process to remove and match the existing mortar to the original style of the building design, brick repointing is an essential building maintenance, protection, and conservation technique. With an average of 15% of the overall surface area as mortar, repointing brick is vital when mortar begins to degrade both structurally and aesthetically.

Brick Tinting Via Rope Access / Abseiling

To replace damaged brick and maintain the appearance of your property, you will also want to introduce specialist brick tinting services. Just because new bricks have joined a building of old and existing bricks doesn’t mean you must settle for contrasting tones on your property’s external walls. Brick tinting services can replicate the exact tone and colour across all areas of your building. Rope access allows operatives to perform brick tinting services in limited access areas of your property safely and to impeccable standards.

Graffiti Removal Via Rope Access / Abseiling

Rope access enables specialist cleaners to remove graffiti from limited access areas to restore the surface to its original condition. Assuming that the cleaner utilises the correct chemicals for their cleaning services, you can remove graffiti from any of the following surfaces:

Brick
Stone
Wooden cladding
Metal

Cladding Cleaning Via Rope Access / Abseiling

By design, cladding attempts to add style and finesse to commercial and residential buildings. However, for this reason, it can be more challenging to clean without rope access capabilities. Cladding cleaning services aim to restore the aesthetics of cladding surfaces by removing any staining, organic matter, or discolouration. This includes any of the following materials:

Metal (Stainless steel, Aluminium)
Wood
UPVC
Granite
Marble

Cleaning cladding is achievable through rope access and abseiling techniques, as it helps a trained technician reach all those tricky spots safely and effectively.

High-Rise Window Cleaning Via Rope Access / Abseiling

With high-rise window cleaning services, you can improve the appearance of a building inside and out while contributing positively towards your general building maintenance. Of all the services rope access can attribute, high-rise window cleaning might be the most effective. Frankly, without abseiling, your high-rise window would be impossible to clean from a certain height. Rope access provides mobility to high-rise window cleaning and optimal speed in that accessibility is not restricted and is naturally versatile.

External Redecoration / Painting Via Rope Access / Abseiling

Whether cleaning or painting, repairs or renovations, external redecorations are an excellent way to add additional value to your property. From atmospheric pollution, rain discolouration, and traffic pollution alongside the general degradation of materials due to the environment, external redecoration is a vital aspect of optimal building maintenance aesthetics. Rope access offers an excellent addition to redecoration services through the speed of assessment and application while saving on costs and convenience otherwise spent on scaffolding.

Soft washing Via Rope Access / Abseiling

Soft washing is a fast and effective method to remove dirt, grime, algae, and other forms of discolouration from an external surface. Instead of relying on the power of a jet washer, soft washing is ideal for modern render or cladding by gently yet effectively removing the necessary grime and residue. Soft washing also provides an environmentally friendlier way of cleaning by not using as much water or chemicals as jet washing or other forms of specialist cleaning. If soft washing on roofs, windows or balconies, rope access provides the ideal solution to attend those limited access areas.

Roof Repairs Via Rope Access / Abseiling

Typically a slipped slate, a broken roof tile and even some zinc ridge or dry verge capping becoming loose or broken can have dramatic effects on the interior of your home, letting water in can become extremely costly. Added to that having a specialist roofer attended and needing a scaffold section or mobile tower built in order to get to the area of damage is further adding to the issue and is time consuming, when time isnt on your side. Roofing repairs can be utilised for rope access solutions, ensuring limited areas are reachable with maximum safety and quality standards, very quickly.

Roofing Services Via Rope Access / Abseiling

Roofing services, including various waterproofing techniques, offer an essential protective process to your overall building maintenance needs.

Water can become a critical issue, especially on a roof, with any little nook or crevice providing an opportunity for water to seep inside and cause costly structural damage. Regular roof repairs for building maintenance suit rope access for optimal deployment and hands on analysis.

Roof Cleaning Via Rope Access / Abseiling

As one of the most important aspects of a structure, regular roof cleaning is an essential requirement. Roofs are naturally exposed to external elements and play an essential role in protecting the structural integrity of the building. Whether removing moss, algae, lichen and other organic matter, roofers can accurately assess the overall condition to spot any other maintenance issues that could become significant and costly if left untreated.

Various roof cleaning and maintenance services include:

Metal roof cleaning
Roof tile cleaning
Shingle roof cleaning
Solar panel cleaning

Not all roofs are simple to ascend. Some may require temporary anchorage systems to access certain areas. When delivering essential roofing services, rope access technicians are required to install safety systems of work to ensure no accidents occur.

Bird Proofing Via Rope Access / Abseiling

Birds will naturally use buildings for nesting, while large flocks can carry disease and create health issues. Unpleasant excrement stains and marks can spoil your property’s aesthetic too.

Bird-proofing solutions help keep birds away from window ledges, balconies, gutters, and other surface areas.

With the help of rope access and abseiling methods, a building maintenance specialist can apply:

Bird netting
Bird spikes
Bird avi-shocking
Bird wire
Bird-repellent gel

To counter bird issues, it helps to have the same mobility as a bird concerning building access, which is where rope access comes in. With abseiling abilities, rope access technicians can reach all the areas of the building where a bird may nest or rest.

Eyebolt and Safety Testing Via Rope Access / Abseiling

When working from height with rope access and abseiling services, safety remains the number one priority.

Before hiring the services of rope access technicians, the building owner is responsible for eyebolt safety for abseiling as stated in the Health and Safety Executive Regulations from 2005 . Ensure you invest in compulsory eyebolt and safety testing for your building maintenance requirements.

Leak Detection Via Rope Access / Abseiling

Leak detection services are an ideal solution when a leak is prevalent, but the source is unknown. Fixing any leak requires identifying and resolving its source and location. Rope access can help detect and eradicate any leaks in limited access areas and places of height.

Leak detection is available across various innovative solutions, including:

Thermal imaging camera
Moisture testing
Borescope inspection
Water testing
Drain CCTV inspection
Dye testing

We recommend you undertake a leak detection service at least once every two years to guarantee the maintenance of your building doesn’t incur any costly issues, caused by water damage.

Disinfecting Cleaning Via Rope Access / Abseiling

For infection control cleaning services, rope access methods supply specialist cleaners with the ability to reach restricted areas potentially containing viruses or diseases. We utilise a three-stage deep cleaning process which we initiated during the coronavirus pandemic in 2020. Firstly, we plan the cleaning strategy with a pre-site assessment before the application followed by a final steam finish.

Specialist in Rope Access Building Maintenance Services

About Dangle Rope Access

Here at Dangle , we provide building maintenance solutions and a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Work at Height Regulations at Risk of Being Scrapped

Mon, 09 Jan 2023 12:18:26 GMT

Work at Height Regulations 2005

Preventing Falls from Height

The government could scrap the UK’s Work at Height Regulations unless campaigners can convince ministers to retain them.

That is the warning from the Access Industry Forum (AIF) , which represents the 10 principal trade associations and federations involved in work at height , Including Rope Access , Scaffolding, Mobile Elevated Works Platforms (MEWPS) and such like.

The 2005 Work at Height Regulations extended protection to people in all industries who work at height .

Falls from height are still the most common cause of workplace fatalities – there have been 683 since 2005. Provisional figures show that of 30 fatal accidents involving construction workers, 13 were falls from height.

Following Brexit, the regulations governing work at height are covered by the Retained EU Law (Revocation and Reform) Bill which is currently passing through Parliament. This Bill seeks to remove EU-derived laws that remain on the UK statute book after Brexit. It proposes to ‘sunset’ more than 2,400 laws, one of which is the Work at Height Regulations.

If the Bill passes, the laws will be axed automatically unless the government takes action to save individual regulations.

‘Backwards step’

The AIF warns that the number of falls from height has declined while the Work at Height Regulations have been in place, and that revoking them would represent a “backwards step”.

It highlighted figures showing that there were 67 fatal falls across all industries in the year before the government introduced regulations, making up 29% of total fatalities. Last year, there were 29 fatal falls across all industries, which was 24% of total fatalities.

It has submitted written evidence to the House of Commons Public Bill Committee, which is now considering the Retained EU Law (Revocation and Reform) Bill. And it urged the committee to exclude the Work at Height Regulations from the repeal.

Chair of the AIF, Peter Bennett, said: “Employers don’t want falls from height in their workplaces. They want their workers to be safe and free from harm. They also want to avoid the investigations, negative publicity, delays, increased insurance premiums and upheaval of responding to an accident.

“The Work at Height Regulations is a compact piece of legislation that creates a useful framework for employers to manage the risks and avoid falls from height. The rules are straightforward and practical, they’re embedded in existing policies, procedures and training, and although they’re not perfect, the most important thing is that they work. I’m in no doubt that the Work at Height Regulations have saved lives and if this legislation cannot be rescued from the scrapheap, it’s workers who will pay the highest price of all.”

AIF’s campaign

The AIF has launched a campaign called Save the Work at Height Regulations . It called on construction professionals who have seen the effects of a fall, who work at height or who are responsible for the safety of others who work at height to write to their MP and ask them to push for the Work at Height Regulations to be assimilated into UK law and excluded from ‘sunset clauses’ within the EU Law (Revocation and Reform) Bill.

If the Bill passes without specific reassurances on health and safety legislation, the AIF said a fight would begin to persuade ministers to replace the Work at Height Regulations (2005) with a new domestic law offering equal protection for workers, before the automatic expiry date kicks in on 31 December 2023. Or, at the very least, to allow a ‘stay of execution’, permitted until June 2026, to allow further consultation to occur in England, Scotland, Northern Ireland and Wales.

However it warned there was a “big risk” the process could result in a “watered down” version of the regulations, since the Bill allows replacement regulations to be made less burdensome, but not more burdensome for employers. Any changes can be pushed through without any stakeholder consultation or parliamentary debate.

Here at Dangle we fully support the Working at Height Regulations (WAHR) and our business policies are so closely connected to the regulation in order to keep our staff and the wider public safe when planning and performing any at height scopes of work.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Work at Height

Working at Height

Falls from Height

Stopping Rust in Bolted Systems

Wed, 23 Nov 2022 14:52:22 GMT

Corrosion Potential

Rust in Bolted Systems

The fate of a complex bolted steel assembly system may be determined by the vulnerability of its smallest and least considered components. The bolts or fasteners holding the assembly together are often the areas where corrosion starts first, and where the effects of corrosion potential may have the most serious consequences.

Although the use of alloy bolts would make a big difference, the vast majority of bolts used in the offshore industry and elsewhere are carbon steel. With some bolts failing in as little as six months and the design lifetimes of industrial infrastructure being regularly exceeded, a remedy is required that can improve on the often short-lived results achieved using standard coating systems.

Why do bolts rust so easily?

If we look closely at steel bolted systems, we find large components assembled and secured using relatively small nuts and bolts. Such assemblies are found on pipelines, machinery and other infrastructures in every corner of the globe. Wherever they are found—in the joins and most particularly in the bolts—is where the greatest corrosion effects are to be found.

Differences in corrosion potential, relative size, mixed materials, damage to coatings during assembly, and crevices formed between components are all well-understood factors affecting bolt corrosion, but these are often ignored in practice.

Corrosion in a low-alloy flange is apparent where coating damage has occurred, but more significant, is the level of corrosion within bolts. Here we have two key factors operating:

Relative size
Corrosion potential

The bolts are of low-alloy steel with a corrosion potential of around 0.85. The flange is high-alloy with a corrosion potential of around 0.5—a difference of 0.35, well outside acceptable differences. In addition, the bolts and nuts are small relative to the structure to which they are joined, exacerbating the corrosion effect. In some environments, such bolts may show significant corrosion within weeks of installation, as they are affected in the same way as the sacrificial anodes in a cathodic protection (CP) system.

Bolt Damage & Crevice Corrosion

In nuts and bolts, assembly can cause damage and penetration of the coating, which can lead to corrosion. Nuts after only 18 months in the splash zone, its polytetrafluoroethylene (PTFE) and zinc plating failing within six weeks of exposure.

In a salt-spray test, a zinc coating would be expected to last at least 1,000 hours before "red rust" occurs. An accelerated weathering test such as this is designed to demonstrate the potential longevity of a coating system on the basis that test conditions are extreme. For example, if it could last 1,000 hours in a salt-spray cabinet, then the lifetime of the coating should be 10 years under normal conditions.

However, 1,000 hours is only six weeks. In the real world, the bolts have been exposed to constant salt-spray conditions for 18 months, within a structure design life of 20 years.

Crevice corrosion under washers and bolt heads, and disbonded coatings on the threads, also play a role in the litany of problems affecting bolted systems.

In a report on bolt failures as part of a testing program by Det Norske Veritas (DNV), it was shown that washers are more likely to fail than any other component in a bolted system. It is easy to see why this might be true, because washers are the smallest component, trapped in a crevice, subjected to turning forces from both sides, and rarely treated with any care.

What remedies are available? Essentially, three standard remedies exist for corrosion occurring in a bolted assembly:

Do nothing – Rusting infrastructure around the world is a tribute to the philosophy of putting off until tomorrow that which you should be doing today.
Take everything apart, clean, re-coat, replace and reassemble – Not really practical if an entire LPG carrier, offshore platform or refinery needs refurbishment every 18 months.
Clean/blast/re-coat the worst affected areas on a routine basis – Common practice but, once corrosion is in a system, rarely completely successful.

Corrosion-Inhibiting Sprayable Thermoplastics (CIST)

Corrosion-inhibiting sprayable thermoplastics (CIST) technologies provide a new approach to corrosion control in bolted systems, treating the entire system rather than focusing on any particular part. The system works by excluding corrosion factors such as oxygen and water through an encapsulating barrier coating. It also provides active corrosion protection through the slow release of corrosion-inhibiting oils over the lifetime of the system.

Spray-applied CIST is a zero-VOC (volatile organic compounds) reusable thermoplastic material that can be sprayed onto any substrate size or shape. The system employs a dedicated heating and pumping unit to melt and spray the material, yielding a snug-fitting coating of material that encapsulates the substrate, following every contour. The main functions of the system include the exclusion of electrolyte (water) and oxygen, and the surface coating of inhibiting oil.

By providing a vector for a film of oil to every surface within the encapsulation, CIST both prevents new corrosion and arrests existing corrosion. Very little surface preparation is required, even on rusty surfaces. Only the removal of loose materials, such as flaking rust and paint, is required.

Field Testing in the North Sea

CIST has been successfully applied since 2003 in the North Sea for protection of prematurely rusting bolts. Severe corrosion was experienced in systems that had been expected to last many years using PTFE-coated, zinc-plated, low-alloy bolts. Bolt replacement was the only obvious remedy. Realising that this would be both disruptive and expensive, the operators sought alternatives. CIST was selected due to its ability to arrest and prevent corrosion with minimal intervention and surface preparation requirements.

A regular program of removal and inspection was implemented with impressive results where a mixed metal substrate is shown to have no corrosion after seven years of exposure. The seven-year results on inspection included:

No evidence of new corrosion following encapsulation of previously corroded substrates
No evidence of galvanic effects or crevice corrosion in protected substrates
Coating integrity maintained despite heavy contamination
Inhibiting oil continued to be released after seven years

These operators continue to use CIST across the platform and have not needed to replace any bolts for corrosion failure since the application of CIST.

Field Testing at National Grid Gas Terminal

As a major operator of gas transport pipelines, the UK National Grid needed evidence of CIST performance before recommending its use. Accordingly, in 2005, a series of applications were completed for long-term testing purposes. Removal of CIST and inspections were completed in 2006, 2007, 2009 and finally in 2010 after five years. The five-year results on inspection included:

No evidence of corrosion was found on any of the CIST-protected substrates
Inhibiting oil was found to be on every surface within encapsulations
Although exteriors surfaces were soiled from atmospheric and industrial deposits, the coating remained in good condition with continuing oil deposition on the substrate

Following testing, a preliminary CIST installation on the Bacton interconnector site was completed in 2011, and CIST is now in use on National Grid substations at various sites in the UK, protecting gas-insulated switchgear for the National Grid and other utility companies.

Laboratory Testing

A number of tests have been completed to establish the satisfactory performance of CIST coatings under various conditions, including UV, cryogenic and ignition testing. However, for the purposes of this paper, the focus is on anti-corrosion performance; for this reason, two tests are highlighted here.

Salt Water Deluge Testing: The susceptibility of low-alloy steel assemblies to the corrosion effects of salt water is well documented. In this test, a carbon steel pipe and flange is subject to a constant flow from a 20% saline mixture for five days a week for periods up to six months at 86°F (30°C). The flange is protected with CIST, but the pipe remains unprotected. After six months, the constant cycle of salt water and drying has corroded the unprotected pipe. However, under the CIST system, the substrate remains completely clear of corrosion. The saltwater deluge testing results included:

No ingress of water through the upper seal onto the pipe
Corrosion occurred on unprotected pipe
No corrosion within CIST encapsulation
Coating was unaffected by immersion cycles

Hot Salt Fog Testing: An international company considering CIST for wellhead protection subjected a small wellhead section to brutal salt fog testing in a hot salt fog chamber. The substrate was coated with CIST and then large sections of the coating were cut away before the test piece was subjected to a 3,000-hour test in the chamber.

Independently observed testing by the original developers of CIST showed zero corrosion after more than 10,000 hours in a hot-salt fog chamber—nearly 14 months!

Results of the developer's hot salt fog tests included:

Exposed cutaway areas showed severe signs of rust
CIST-protected areas show no sign of corrosion
Severe damage to coating did not affect the ability to protect adjacent areas
Corroded nuts were difficult to turn and remove; impossible to check bolt tension
Protected nuts rotated freely; bolt tension was unaffected

Traditionally, the application of remedial coatings to corroded bolted steel assemblies required high levels of intervention—disassembly, replacement, blasting and coating—with the expectation that corrosion would reappear relatively quickly.

An effective long-term remedy has an important role to play in infrastructure protection and the reduction of risk to personnel and the environment. Early field use of this new technology shows promise in solving some of these challenges.

Testing and field applications since 2004 have demonstrated that CIST can provide long-term protection against galvanic corrosion and crevice corrosion.
CIST provides bolt corrosion control on existing and new-build applications without the need for large-scale intervention.
CIST corrosion prevention mechanisms provide whole system as well as individual component protection in complex assemblies.
Non-toxic, reusable and waste-free, CIST helps reduce the environmental impact of corrosion prevention.

In industrial, marine and offshore environments, with equipment life cycles being extended and safety guidelines more stringently applied, corrosion prevention has become increasingly important.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Crevice Corrosion

Falls From Height Rise 2021

Wed, 16 Mar 2022 16:37:52 GMT

The latest figures are in...

Working at height tragically, within the onshore scaffolding and construction sectors, encountered 39 fatal injuries to workers and 4 to members of the public in 2020/21. This was a rise from the previous annual average of 36.

And you may’ve already guessed it... Falls from height was a major source of those fatalities, contributing to 50% overall. There were also 61,000 non-fatal injuries, 19% of which were attributed to falls from height.

Thankfully these numbers are much lower than decades previous, highlighting the stringent health and safety protocols now in place that have helped the UK cultivate an improved safety culture. But to push that trend down instead of up, we must keep banging the height safety drum. In this guide, we take a look at the ABCs of fall protection, and advise what fall protection equipment you need to stay safe when working at height carrying out Rope Access work onshore.

What is fall protection equipment?

If you’re working on a project that requires operations at height, fall protection equipment is a requirement to help you conduct your work with ease, while simultaneously preventing any serious injuries or fatalities.

Think safety harnesses, fall restraint lanyards, and work positioning two points of contact. It’s this type of gear you and your rope access teams need to prevent a fall. But it’s important to use the correct equipment for your particular scenario.

An important first step before undertaking any work at height is therefore assessing the threats and risks. This will help you identify if the work at height is necessary and what dangers you might encounter, helping you procure and deploy fall protection equipment that will keep you or your teams safe. This review and assessment process must be undertaken by a competent and qualified person, At Dangle, we carryout a Toolbox Talk and Dynamic Risk Assessment before every task, no matter how big or small the job.

The ABCs of fall protection

Fall protection equipment consists of three different categories: fall restraint, fall arrest, and work positioning systems. Each of these categories follow the ABC’s of fall protection:

Anchorage – Anchoring is a security point of attachment (usually to a "unquestionably sound" structure) for the fall arrest system to anchor from.
Body support – A full body harness provides a connection point on the rope access technician for the fall arrest system.
Connection method – Connectors, such as fall restraint or fall arrest lanyards, are used to connect the rope access workers body support equipment to the anchorage system.

Fall Restraint Systems

The safest form of protection is to first consider if it’s necessary to work at height in the first place. If possible, your first port of call should be to carry out your work with two feet firmly on the ground, if that is the safest option, which isn't always possible.

Once it has been deemed essential to conduct work at height, a fall restraint system should be used to prevent a fall from occurring. A fall restraint system is often utilised in facilities management and on rooftops to create a safe working environment. It essentially restricts the wearer from entering dangerous zones where a fall could happen, usually at an edge of a building.

A fall restraint system should include:

Anchorage - a suitable anchor point, tested to EN795 for Restraint or Fall Arrest.

Body support - a work positioning or restraint belt, or a full body harness.

Connection method - a restraint lanyard or work positioning system such as a Petzl Grillon.

Fall Arrest Systems

A fall arrest system allows workers the freedom to move wherever they need to perform the job. Where this differs from a fall restraint solution is that it does allow a worker to reach a position where an accidental fall could occur and the rope access worker may then be held in suspension.

If a fall does take place, a fall arrest system is there to ensure a worker is caught before falling any distance that may cause severe harm. The required equipment must be chosen correctly and located in a manner that limits the distance a worker can fall, therefore reducing the risk of serious injury.

A suitable fall arrest system should include:

Anchorage - a suitable anchor point, tested to EN795 for Fall Arrest.

Body support - a full body harness.

Connection method - a fall arrest lanyard, energy absorbing lanyard or a self-retracting lifeline.

Work Positioning Systems

A work positioning system must keep a worker in place, while concurrently allowing the rope access technician to work hands-free. If the user is at an elevated height, a fall arrest system should be used in conjunction with the work positioning system to ensure that, if there is a user error or failure of the work positioning equipment, a fall can still be prevented. All IRATA rope access work conducted by Dangle is performed in such a way that a back up safety life in addition to a main working line is installed.

A suitable work positioning system should include:

Anchorage - a support structure such as a vertical rod.

Body support – work positioning/full body harness with suitable attachment options.

Connection method - a positioning lanyard such as a Petzl Grillon.

Don’t be a Statistic – Protect Your Team with the correct Fall Protection Equipment!

We all know that working at height presents many dangers. We must understand what those dangers are in order to effectively mitigate against them. Businesses that excel at implementing stringent safety measures, and who choose the most appropriate fall protection equipment, will be successful in reducing to risk of injuries to workers. Here at Dangle Rope Access were experts when it comes to working at height and can advise, install and inspect on a whole manner of working at height equipment.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Zinc Rich Paints

Sat, 24 Jul 2021 10:48:56 GMT

Zinc Rich Paints

Corrosion Control

The corrosion control behaviour of carbon steel coated with a zinc‐rich paint containing two metallic compounds, Al2(SO4)3 and CaO, as anticorrosive additives was examined recently, under wet and dry cyclic corrosion test conditions. The zinc‐rich paint coating without the two metallic compounds formed a white corrosion product (often referred to as zinc salts) and red iron rust on the surface after the corrosion test, whereas the coating with the metallic compounds showed reduced surface corrosion products.

Interestingly, the corrosion current density of the painted steel substrate decreased drastically due to the incorporation of metallic compounds in the paint. The zinc‐rich paint coating modified with the metallic compounds contained dispersed (Zn5(OH)8Cl2·H2O) phase and possibly very fine CaSO4 particles, which remarkably improved the protectiveness of the zinc‐rich paint coating, improving cathodic protection.

So what does all this mean? Well, steel is often employed as a structural material in infrastructures. However, the steel used in construction corrodes through reactions with corrosive agents in the environment in which it is placed, such as oxygen and water, under wet and dry cycles. Therefore, effective counter measures are required to prevent atmospheric corrosion for maintaining the steel infrastructures, learn how to correctly calculate surface areas of steel for steel by reading our blog post on coating calculations-the math here.

Several approaches have been proposed and applied to prevent the corrosion of steel, including the application of protective coatings , the inclusion of corrosion inhibitors, and galvanic protection. Among them, a paint coating is the most frequently used protective measure because of its versatility. In particular, zinc-rich paints are widely used to protect steel infrastructures because of their high anticorrosive properties.

The main component of a zinc‐rich paint is metallic zinc powder, which is considered to have anticorrosive properties owing to its sacrificial effect as well as the protective effect of its corrosion products. In general, the anticorrosive properties of conventional paint coatings consisting mainly of a resin are attributed to the barrier effect of the continuous resin‐rich film, which provides a semi-permeable layer or layers to the penetration of atmospheric corrosives to the underlying steel substrate.

On the other hand, the zinc‐rich paint coating exhibits a lower barrier effect because of the lower resin fraction in the film. The main role of the resin in the zinc‐rich paint coating is to bind the metallic zinc powder particles in the coating, and the coated film inevitably contains many defects owing to the lower fraction of the resin. Consequently, corrosives from the surrounding environment can more easily penetrate the zinc‐rich paint coating, and then the corrosion of metallic zinc powder particles results in the generation of alternative paths for corrosives.

Moreover, further marine corrosion of the metallic zinc particles in corrosion leads to a decrease in their sacrificial anti-corrosive effect after the initial stage of corrosion. Therefore, to improve the anticorrosive effect of the zinc‐rich paint coating, it is indispensable to increase the protective effect of the corrosion products of Zn. Effects of alloying elements to metallic zinc coating for steel protection have been intensively investigated over a number of years. For example, the addition of metallic Al to hot‐dipped galvanised coatings improved the corrosion protection performance of the coating in general terms. It has been reported in a Japanese study that alloying Al to zinc‐based metallic coating stabilised the corrosion products of Zn. As for the zinc‐rich paint coating, it was also pointed out that metallic Al added to the coating improved the barrier effect accompanied by the formation of Al oxide.

These imply that Al3+ eluted from the coatings modified the corrosion products of Zn, resulting in the improved protection of the coatings against corrosion. On the other hand, ion species other than Al3+ can also modify the corrosion resistance of Zn. The same study examined passivating products of Zn in a Ca(OH)2 solution and found that Ca2+ progressed the growth of Ca[Zn(OH)3]2·2H2O (calcium hydroxyzincate) that passivated Zn surface. In addition, it was reported that SO42− in marine droplets decreased the corrosion rate of Zn due to the formation of NaZn4Cl(OH)6-SO4·6H2O.

For rust grown on steels, it has been reported that the supply of nonferrous metallic ions to the rusts resulted in the modification of their structure, leading to improvements in the protectiveness of the rusts. Furthermore, it has been reported that the supply of metallic cations to a steel surface in the early stage of the corrosion process resulted in the accelerated formation of the protective rust layer. These reports imply that the presence of ion species such as Al3+, Ca2+, and SO42− in zinc‐rich paint coating from the early stage of corrosion can quickly improve the protective performance of the coating. To achieve a favourable situation in a zinc‐rich paint coating, water‐soluble metallic compounds are focused.

Recently, it was demonstrated that water‐soluble metallic compounds added to an epoxy‐based paint provided metallic cations in the paint during the corrosion process, improving the corrosion resistance of the paint-coated steel substrate by modifying the rust structure itself. Based on the aforementioned, water‐soluble metallic compounds added to a zinc‐rich paint could modify the corrosion products of Zn, and thus improve the results of a protective effect of the zinc‐rich paint coating. In the study, the structure and protectiveness of the corrosion products formed in zinc‐rich paint coatings containing metallic compounds on carbon steel were examined.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

Dangle is an award winning rope access company specialising in industrial coatings. We can help you to optimise your assets, operational and maintenance costs, with the latest developments in corrosion protection.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Corrosion Protection

Corrosion Resistance

Rope Access Work

Mon, 05 Jul 2021 16:44:57 GMT

Industrial Abseiling

Embarking on a career in rope access will open your eyes to a world of new and exciting job opportunities, however, one of the first questions that aspiring rope access technicians ask is – is rope access safe?

After all, whether you’re working on land or at sea, a career in Industrial Abseiling involves all manner of working at height, so it’s only natural that budding technicians have concerns. The good news is, thanks to significant advances in safety equipment and technology, rope access work is incredibly safe and “hazards” are covered by strict health and safety regulations. In fact, rope access as an industry has a great track record for implementing the very best safety precautions of any working at height system.

What is Rope Access Work?

Rope access work involves using specialist access techniques, similar to that of a steeplejack in order to complete a range of challenging tasks, in difficult to reach locations, often in very remote environments, such as high buildings, manufacturing facilities, oil platforms, aircrafts, wind farms, offshore vessels, as well as other hard to reach structures.

Using a range of specialist techniques and high-quality safety equipment, rope access technicians undergo extensive training through IRATA to ensure that they are able to complete their work safely and efficiently.

What regulations are there for Rope Access Work?

If you work in any part of the civil and industrial sectors, you will quickly realise that there’s lots of regulations designed to keep you and those around you safe, that you will need to follow. After all, preventing accidents in any environment at work is always a top priority, especially in the rope access industry given the level of risk when working at height.

With tightly controlled regulations throughout the industry, rope access technicians can expect to familiarise themselves with lots of rules and regulations and follow them at all times. After all, there really is no space for human error. Which is why it quite often suits, well-disciplined men and women, often from military backgrounds.

What training do I need for Rope Access Work?

If you’re thinking of becoming a fully fledged rope access technician or industrial abseiler, you will have to undergo extensive training which is led by the Industrial Rope Access Trade Association (IRATA). This body is responsible for setting out and regulating the training of all rope access workers that are looking to embark on a career in rope access. The training is renowned in all corners of the globe for being the best in the business.

There are three different levels of IRATA certifications for rope access work and no matter what role you choose to do, this standard of training is a requirement for all working rope access technicians.

Rope Access Work with Constant Supervision

Once you have completed your rope access training , you won’t just be left to your own devices, especially when you are only fresh out of training! In every rope access role, no matter what environment you are working in, there are rope access level 3 supervisors always on hand to ensure that safety and protocols are always monitored, at all times, with visual and verbal means. At the same time, rope access technicians very rarely work alone and its common practice for technicians to work in pairs, or teams.

What type of equipment will I be working with

Thanks to significant advances in technology, rope access equipment is now more sophisticated than ever before and it’s also incredibly safe. At Dangle we only use Petzl UK equipment , as the leading manufacturer, they take safety as seriously as we do, with every fabric item having a service life of 10 years, and every metal item of equipment coming with a lifetime guarantee, subject to correct use and maintenance.

And there’s a lot more equipment that you will be using other than ropes and a harness. For example, you will also be working with an additional rope that is used as a backup system if ever your working line suffers damage, and each rope is rigged to a different anchor point, with a minimum breaking stain of 15kN. All equipment must be rigorously tested and inspected by a trained professional before any work is started. Oh and of course, risk assessments and toolbox talks are always carried out to the highest standard and with meticulous attention to detail.

Planning Rope Access Work Operations

When it comes to planning rope access operations, there’s an incredible amount of work involved behind the scenes, usually before anyone ever sets foot onsite, especially when it comes to taking account of any risks from a rope access operations point of view. This is a task that is completed in detail in order to specify rescue arrangements, ensure that the correct equipment is available and that the right people with the right experience and qualifications are assigned to the project.

Already a qualified rope access technician, and consider yourself one of the best? Then apply to Dangle now using the below form to submit your details for rope access work !

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Drone Surveys

Thu, 10 Jun 2021 10:26:10 GMT

What Are Drone Surveys?

In recent years, drones have undoubtedly transformed the way many businesses operate on a day to day basis, revolutionising and reshaping the landscape of various sectors. These unmanned aerial vehicles (UAV) have become an indispensable tool for businesses, helping them increase efficiency, streamline operations, capture accurate and real-time data, and optimise services across a wide range of industries.

Thanks to significant advances in technology, drones have evolved into highly sophisticated devices, equipped with cutting-edge features and capabilities that surpass any previous expectations. With enhanced processing power, advanced sensors, and improved battery life, drones now offer high-end technology that opens up a whole host of opportunities for businesses to leverage the countless benefits like drone surveys that come hand in hand with this transformative technology.

One of the key advantages of flying drones is their ability to enhance operational efficiency. By utilising drone surveys for tasks such as aerial inspections , surveillance, and monitoring, businesses can save time, reduce costs, and minimise risks associated with manual labor. Drone surveys and UAV photography can quickly navigate difficult terrains, reach inaccessible areas, and perform repetitive tasks with precision and accuracy, all while minimising human intervention and potential errors.

Moreover, drones have revolutionised data collection and analysis. Equipped with high-resolution cameras, thermal imaging, and other specialised sensors, drones can capture detailed and real-time imagery, videos, and data from various angles and perspectives. This enables businesses to gather valuable information for decision-making processes, asset management, and accurate mapping, allowing them to make informed and data-driven decisions.

Drones also offer unique opportunities for businesses to optimise services and provide enhanced customer experiences. In sectors such as agriculture, drone surveys can be used for crop monitoring, disease detection, and precision spraying, leading to increased yields and improved crop management. In the logistics industry, drones can expedite and automate the delivery process, allowing for faster, more efficient, and environmentally friendly transport of goods.

Furthermore, drones have found applications in areas such as disaster management, infrastructure inspection, and environmental monitoring. They can be deployed quickly to assess the extent of damage during natural disasters, conduct inspections of bridges, buildings, and pipelines, and monitor wildlife populations and environmental changes. The use of drones in these fields not only improves safety and time efficiency but also reduces costs and provides valuable insights for better planning and decision-making.

In conclusion, drones have become an indispensable tool for businesses across various sectors, offering unparalleled efficiency, data collection, and service optimisation. With continuous advancements in technology, drones are poised to play an even more significant role in shaping the future of industries,

Drones are a great way of completing aerial inspections in a wide range of onshore and offshore environments, with ground piloted UAV's able to inspect one wind turbine in as little as 15 to 30 minutes - reducing man-hours and turbine downtime for maintenance checks by over 75%!

Drones can also produce high quality 2D aerial maps, 3D models, and 360 aerial panoramas for surveyors, property developers, architects, construction companies and factors meaning they are able to solve their most complex problems quickly and safely. With this in mind, there’s no surprise that drone surveys have continue to increase in demand.

If you’re considering using our drone survey services, you have certainly landed in the right place. We have created a guide outlining everything that you need to know!

Drone Mapping Service

Here at Dangle, we take pride in offering cutting edge Drone Mapping Services that have been meticulously designed to cater to every single one of your wind turbine operation needs when it comes to UAV inspection services.

Our team of highly skilled and experienced specialists in the field of UAV drone inspection has spent years perfecting their craft, enabling them to operate high-performance commercial drones with utmost precision and efficiency in a wide variety of offshore environments. With their extensive knowledge and expertise, they are able to provide an extensive range of wind turbine inspection services that utilise cutting-edge aerial photography mapping techniques and state-of-the-art flying drones. Rest assured, when you choose Dangle for your wind turbine inspection needs, you can expect nothing but the best in terms of quality, accuracy, and reliability.

What are the Benefits of Drone Surveys?

There are many benefits that come hand in hand with drone mapping services including the ability to optimise speed, clarity, accuracy, and efficiency. For example, drones offer an incredible amount of versatility when it comes to inspecting wind farms faster and, in more detail, than ever before, which is Dangle offers FREE wind turbine and blade inspections using drones, we can then quickly deploy our rope access trained technicians to investigate serious anomalies rapidly and/or carryout immediate repairs.

Drones are also a safe and efficient way to carry out important inspections in hard to reach locations or difficult terrain, especially in environments where you cannot rely on manpower within a remote site location.

Wind Turbine Drone Inspections

Our wind turbine aerial inspections team can swoop over your required area, performing any type of operational or maintenance inspection you instruct, and find out exactly where you are going wrong, producing high quality aerial shots and aerial filming via a UAV survey. We listen carefully to your requirements from the moment you get in touch and go above and beyond to adapt our services to meet your exact requirements. If problems are identified or work is needing carried out, we can have our rope access team on-standby ready to fix it!

UAVs are one of the most useful and advanced tools that have been developed in the last two decades to a commercial grade, and, with our UK Civil Aviation Authority (CAA) approved UAVs, we can carry out a full structure statuary inspection or simply perform a visual inspection for peace of mind.

Building Aerial Photography Service

Drone photography is a highly specialised and advanced technique used for conducting aerial building surveys. This unique and innovative method involves the thorough examination and meticulous assessment of towers, chimney structures, and roofs using radio controlled quadcopter drones, also known as Unmanned Aerial Vehicles (UAV's). By embracing the cutting-edge technology of our professional UAV inspection services, you can be confident that we will deliver swift, precise, and dependable inspections that are specifically tailored to meet your unique and specific building requirements.

As a forward-thinking and industry-leading drone inspection company, we take immense pride in offering an extensive range of exceptional drone piloting services that are designed to cater to a diverse array of needs. Our unwavering commitment to excellence has propelled us to become one of the fastest-growing and most reputable UAV inspection companies in Scotland.

With an unwavering dedication to providing comprehensive inspection services, including access, coatings, and composite (IACC) industrial services, we cater to both private and public-sector organisation's. We understand the paramount importance of delivering thorough and reliable inspections that strictly adhere to industry standards, thereby ensuring the utmost safety and optimal efficiency of your building structures.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Drone Inspection Companies

Moray East Offshore

Tue, 25 May 2021 10:18:42 GMT

Moray East Offshore Wind Farm

Rope Access Offshore Painting

Is Corrosion in harsh environments a concern, is access a problem?

Dangle is an award-winning family business. Our core values are built around commitment, unified leadership, stability, trust and authenticity learn more about us here.

We adopt a flexible and versatile approach with our clients and, as a result, we have collaborated with a wealth of businesses to deliver very successful rope access outcomes. We recently collaborated with DEME and Smulder in order to manage and oversee elements of the Moray East Offshore Wind Farm project.

What Did Dangle Do on the Moray East Offshore Wind Farm?

As part of the Moray East Offshore project, Dangle worked on Scotland's highly publicised and latest offshore wind farm, which is expected to provide enough electricity to power 40% of all Scottish homes. This was an exciting opportunity for our rope access painting teams to demonstrate our high quality of work, diverse skillset, and commitment to safety.

We worked with the Tier 1 EPCI (engineering, procurement, construction, and installation) contractor GEOSEA NV which was formed as a joint venture between DEME Offshore and Smulders Belgium. Dangle Rope Access were brought in for our access and coating expertise to evaluate damages and perform paint rectification work, after a competitive round of tendering.

Offshore Access & Industrial Coating Problem

The client experienced significant difficulty in identifying an expert coating contractor who could also access the offshore jackets due to offshore nature and working above water and in such a remote location, approximately 22km from shore. This was one of the main reasons why they called upon Dangle to help.

The client also faced problems completing the painting requirements needed and, because they were working with brand new assets, the finish needed to be exceptional before they handed them over to the end client, Moray Offshore Wind Farm (East) Ltd and their majority shareholder Ocean Winds .

Rope Access Solutions

Dangle were tasked with utilising our 15+ years of coating experience and combined use of rope access services as a safe system of work offshore. We used our knowledge, skills, and expertise in the fields of access and coatings to complete the project to the highest possible standard.

The coating process involved the correct surface preparation and paint application of industrial trade paints on steel surfaces. These coatings, combined with our expert offshore painting service , allowed us to provide the EPCI contractor with a seamless service and the right level of protection to steel jacket substrates, against corrosion.

As an industrial painting company, we offer a wide range of Train the Painter and coating services to meet every type of need, and no matter what the access requirements maybe, we get there in a safe, fast and efficient way.

Rope access systems and industrial rope access solutions are renowned for being a highly safe method of working at height. We use the very best twin ropes and associated specialist equipment in order to gain access.

The client was extremely impressed with the end result and happy with the high standard of work completed, inviting and awarding Dangle further work.

To discover further information about our other past projects, make sure you visit our website regularly, where you can gain an insight into other projects that we have collaborated on.

Why GEOSEA NV Collaborated with Industrial Experts, Dangle?

Rope Access Leaders on Moray East Offshore Wind Farm

Our award winning Rope Access Technicians and Coating Supervision leaders have years of experience working in a vast range of challenging offshore environments and are perfectly in tune with the demands that come hand in hand with working at height. At the same time, we only ever deploy the very best IRATA rope access technicians.

Quality Guaranteed on Moray East Offshore Wind Farm

We pride ourselves on delivering the highest standards of industrial rope access and paint inspection techniques and this is an area of our work that we absolutely refuse to compromise on. From accommodating offshore maintenance scopes through to working in confined spaces and working at height from high rise buildings, we are industry leaders in our field of work.

Working at Height on Moray East Offshore Wind Farm

Our motto, "Reach the Unreachable" is at the heart of what we do and allows our rope services teams of commercial abseilers to safely carry out all kinds of work at height.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Offshore Painting Services

Working at Height

Sat, 24 Apr 2021 18:38:08 GMT

Working at Height Explained

Working at height is a challenging, exciting and considered by many, a dangerous career, which is why health and safety is extremely important across all areas of the sector. All rope access technicians are trained to the highest standard and no stone is left unturned when it comes to prioritising a safe system of working conditions, at height.

As building designs continue to increase in height in towns and cities around the world, and more difficult to reach structures pop up, with ever expanding creative architectural flare there’s now a huge demand for specialist rope access teams to carry out cleaning, maintenance and repair work on these important onshore structures.

Working at height typically involves tasks in a location and environment where if safety measures are not correctly implemented, and controlled, it could result in serious injury or even death. Working safely is crucial as falling from height is one of the biggest causes of work related accidents and deaths in the UK and around the globe today, which is why the rope access industry take it extremely seriously, and when used correctly has an impeccable safety record.

Whether you’re working from a ladder or up on a roof, provide maintenance support on a wind turbine or you’re cleaning an important landmark or structure in a built up city, rope access technicians should always follow the stringent safety precautions put in place by the company they work for. Here at Dangle, our operational procedures for works at height form the very basis of what makes us an award winning company.

Here’s how you can ensure, you’re working at height safely!

Work at Height Services

Before you begin any work at height services , you should always carry out a thorough health and safety assessment, and If something doesn’t feel right, you should always seek out specialised help and support, before you begin. At the same time, a hazard identification and risk assessment must be undertaken. This, often dynamic assessment, will also allow you to ensure that you have the right equipment too including things like:

Fall protection and Work positioning equipment
Equipment used to support the user
Anchor points
Safety harness
Back-ups and fall arrester devices

However, in instances where the risk of falls cannot be eliminated, all work should be carried out at the highest possible level in the hierarchy of protective control measures. Ultimately, you should never take any risks, that may endanger you or others.

Understand Fall Arrest Distance

At the same time, you should also make sure that you fully understand fall distance, as despite having all of the fall protection equipment you need, if it is not suitable to sustain a fall at the height you are working at, often referred to as a fall factor, you could land yourself in big trouble, due to the amount of shock loading placed within the system. With this in mind, you should always take the time to familiarise yourself with the type of safety equipment you need for working at the height you are working at, and ensure you’re familiar with the manufactures guidelines for its correct use.

Fall Protection PPE

When using Personal Fall Arrest Systems, you need to ensure that you also have access to the proper PPE including a full-body harnesses that meets British and European standards (BS EN) for the US its ANSI standards. All required PPE/FPE will normally be outlined in health and safety manuals.

IRATA Training for Work at Height

It goes without saying that in all lines of rope access work , mandatory working at height training is essential. In the UK the Working at Height Regulations 2005 (WAHR) is powerful legislation that we all must adhere to and so it’s vital that all technicians undergo extensive training and assessments, when employed by any reputable rope access company like Dangle. Of course, training is not only required by law, but it’s also a risk that companies working across a diverse range of industries will also not take, especially as falls from height are the leading bodily harm culprit in construction every single year.

A Career in Rope Access

A career in rope access offers many different opportunities for aspiring rope access technicians and it’s actually a great career for those with a head for heights and the desire to grow, learn and progress within the industry, in a variety of trades, as the need for more multi skilled technicians grows.

If you’re thinking about becoming a fully-fledged rope access technician, you will quickly discover that the role encompasses a wide range of different skills and duties, which vary significantly depending on your experience and qualifications. General day to day roles include cleaning, repair work, welding, rust removal, industrial painting and repair work, as well as inspection jobs such as coating surveys, safety inspection and quality control, you get to travel the world and see some really exciting places, although often remote.

IRATA Trained Rope Access Technicians

All IRATA certified rope access technicians are highly trained in order to provide dynamic access solutions at height that are both safe and practical, offering clients a rapid and cost effective solution to more traditional methods.

IRATA (Industrial Rope Access Trade Association) is the leading training institution for rope access certification and there are three different levels of certification, that allow technicians to progress in their chosen field of work, whether that’s on land or offshore.

About Dangle Rope Access

Here at Dangle , we provide Working at Height services and a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

What is Rope Access

Fri, 02 Apr 2021 14:04:46 GMT

What is Rope Access

Rope access , a climbing technique also known as industrial abseiling , is a highly specialised method of work that involves the utilisation of ropes, access equipment, and skilled rope access technicians used by rope access companies like Dangle , operating at elevated heights across diverse environments worldwide. The term " Steeplejacks ," although still widely used in certain regions, essentially refers to the same practice.

This incredibly intricate and refined form of work at height , has its roots in climbing and caving techniques. Over time, it has evolved into a method that enables the safe execution of repairs, maintenance tasks, and painting at great heights. By eliminating the need for costly alternatives like scaffolding or other elaborate means of reaching the work site, rope access has become a game-changer in the industry.

This versatile approach has revolutionised the field by providing efficient and cost-effective solutions for working at height in various corners of the globe. Skilled technicians, equipped with the necessary knowledge and expertise, are able to navigate challenging environments, such as towering structures, steep cliffs, or confined spaces, with ease and precision. They are trained to meticulously assess and identify potential hazards, ensuring that safety remains paramount throughout the entire process.

With rope access , the need for traditional access methods is significantly reduced. This not only saves time and money but also minimises disruption to the surrounding area. The mobility and flexibility of rope access techniques allow for swift and efficient completion of tasks, regardless of the complexity or location of the work site.

Moreover, the use of ropes and specialised equipment provides an added layer of security and control, enhancing the overall safety of the operation. Technicians are equipped with state-of-the-art equipment, ensuring their comfort and stability while working at great heights. Rigorous safety protocols and continuous training further reinforce the commitment to maintaining the highest standards of safety and professionalism.

The success and wide-ranging applicability of rope access have made it a preferred choice for a multitude of industries, including construction , oil and gas, telecommunications, and renewable energy . Whether it's conducting inspections , conducting installations, or performing maintenance, rope access offers a practical and efficient solution for a myriad of tasks.

Today, there are lots of job opportunities within the field of rope access , as more businesses and sectors require rope systems that provide a safe and secure method of working at height. Allowing technicians to work from high and difficult to reach locations, the deployment of rope access methods allow workers to complete work efficiently, with minimal accidents, and offers great cost saving benefits when compared to traditional systems.

However, all aspiring rope access technicians must undergo strict training and obtain the relevant qualifications before working at height and this is required across lots of different sectors.

What exactly does a job in rope access look like?

Many people have heard about rope access job roles however, they don’t know what they entail or what they need to do in order to become a fully-fledged rope access technician.

The job has wide-ranging responsibilities, as well as a whole host of opportunities that technicians can explore when it comes to finding their feet in the world of rope access . All rope access technicians do require a variety of skill sets and qualifications and the level they require is reflected in their salary. This is because as your career progresses, you may gain experience through several roles within a number of different sectors and progress with your rope access qualifications.

What type of jobs can you get within rope access?

There’s a vast range of job opportunities that involve the need for rope access technicians including, but certainly not limited to, the rope access careers we have outlined below:

Geotechnical industries

It’s common knowledge that some of the most exciting and challenging rope access jobs are in geotechnical industries, with technicians manoeuvring caves, steep roadsides or rail embankments and other challenging environments which test their skills and nerve!

Industrial abseiling is needed in many of these environments as the vast majority of natural structures are unreachable by scaffolding, or simply to costly, meaning the only way to access hard to reach environments is by rope. Roles involved often include drilling, meshing, cabling, and inspecting natural structures in order to ensure that they are structurally sound.

Offshore industries

Rope access jobs have become synonymous with many offshore industries, especially those that require the specialist services of rope access workers in oil and gas environments. These industries not only offer well-paid positions but also present unique challenges, such as long periods of time at sea and being away from family and friends.

The role of rope access technicians in offshore environments is multifaceted and diverse, and it greatly depends on their experience and qualifications. These highly skilled individuals can expect to engage in a wide range of tasks, including but not limited to rust removal, repair work, plating, welding, and inspection. Their expertise and knowledge are instrumental in ensuring the safety and smooth operation of offshore facilities.

Rope access technicians are responsible for conducting thorough inspections, identifying potential issues, and implementing necessary repairs and maintenance. Their exceptional problem-solving skills and attention to detail are paramount in guaranteeing the integrity of offshore structures and equipment. These professionals possess a deep understanding of the unique challenges posed by the offshore environment and are well-equipped to handle them effectively.

In addition to their technical expertise, rope access technicians must also possess strong communication and teamwork skills. They often work in teams, collaborating closely with other professionals to complete projects efficiently and safely. Effective coordination and cooperation are essential in this line of work, as it involves operating in potentially hazardous conditions and adhering to strict safety protocols.

Furthermore, rope access workers in offshore environments must be physically fit and mentally resilient. The nature of the job demands endurance, agility, and the ability to remain calm and focused even in high-pressure situations. They must be able to adapt quickly to changing circumstances and make sound decisions to ensure the continued operation of offshore facilities.

Overall, rope access jobs in offshore industries offer not only lucrative opportunities but also the chance to work in challenging and rewarding environments. While they may involve long periods of time at sea and being away from loved ones, these roles provide valuable experiences, personal growth, and the satisfaction of contributing to the success of critical operations in the oil and gas sector.ccess jobs available in the energy sector, with qualified rope access technicians working on power stations, wind farms (both onshore and offshore) and refineries all around the world. Roles include maintenance and repair tasks, to things like wind turbine blades and rope access inspectors have a huge role to play in the surveillance and safe upkeep of energy environments.

Of course, it goes without saying that in all of these environments, safety is always a top priority, so people with backgrounds in adopting strong safety critical cultures in high risk environments, will often be the ones with transferable skills that rope access companies like Dangle look for.

What Qualifications do you need for Rope Access?

Any commercial abseiling role requires the knowledge, skills and qualifications to complete any working at height safely. With this in mind, if you are looking for a rope access career , you should be aware that you will require rope access job qualifications or a trade.

And, the vast majority of work at height job roles require qualification from the Industrial Rope Access Trade Association (IRATA) including IRATA Level 1, IRATA Level 2 and IRATA Level 3. All aspiring rope access technicians are expected to complete standardised training courses at these varying levels, depending on the job they are applying for and the experience they bring. Courses cover everything from rope access manoeuvres and important rescue procedures through to thorough equipment inspections and a full understanding of safety regulations.

Of course, there are a number of different rope access roles that also require additional specialist trade skills such as blade repair, painting or welding experience, so if you have a trade, there’s even more opportunities for you to explore.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Working at Height

Rope Access Explained

Coating Consultants

Fri, 12 Mar 2021 14:05:07 GMT

The Role of Coating Consultants

Coating Consultants not only play a vital role in protecting wind turbines, oil rigs, offshore platforms, buildings and other structural assets from deteriorating over time, (a law in physics known as thermodynamics) but they also help to maintain the aesthetic appeal of exteriors too. Although less safety critical, this still play an extremely important role in industrial paint application .

For many structures within a diverse range of sectors, investing in industrial protective coatings comes hand in hand with major maintenance work, coating consultants provide. All companies should recognise the importance of investing in a trusted coating consultant service, to ensure that assets remain in the very best condition, for the longest period of time, with a set maintenance schedule or plan.

But what is the role of a coating consultancy?

The role of consultants covers a broad range of industrial painting related scopes and every task is unique. When it comes to choosing a coating consultancy , you should ensure that the company you choose is able to provide tailored coating solutions that are fit for purpose and accommodate all your needs.

A coating consultancy like Dangle, has Industrial Coating , Paint Inspection & Rope Access Specialists that have a wealth of experience in providing a range of coating inspection services for assets of all shapes and sizes. Proven with the experience, skills and knowledge needed to complete every job we undertake safely, and to the highest standard, Dangle also has access to the latest, state of the art coating consultant equipment that is designed to handle both small and complex painting jobs right across the globe!

But that’s not all, Dangle also offer a coating consultants role that recognises why paint may have failed which can become noticeable through blistering, loss of adhesion or similar, unexpected and premature deterioration. Understanding the causes is key to avoiding the same, costly faults in future.

Here at Dangle, from the moment you get in touch, we listen carefully to your bespoke requirements in order to provide the latest coating consultant advice that maximise longevity, improve performance and of course, meet all the regulatory and industry standards you would expect from world leading coating experts . We believe we are the best in our field and pride ourselves on delivering the highest standard of service, no matter what your coating issue may be or where in the world your steel asset is located, we can help.

Why are Coating Consultants so Important?

Trying to keep metals in the best condition in corrosive environments has always been a challenge, since our ancestors first began making alloys for swords and farming tools. We have moved on somewhat from bringing iron swords in from the rain, however the problem with corrosion remains and is one that many companies still have to face today. After all, everyday elements such as rain, hail, sea salt, snow, ice and other corrosive elements can cause rusting and structures to deteriorate if they are not protected in the correct way.

The good news is that Dangle are well placed in understanding that there are lots of coating solutions that have been designed to keep buildings, wind turbines, oil rigs, offshore platforms and other steel structures in the very best condition using our in-house coating consultants .

The application of coating systems is utilised in both onshore and offshore environments, addressing surfaces where paint has been improperly applied or has experienced mechanical damage, thereby exposing the metallic substrate to the surrounding environment.

Coating systems continually get designed and updated to optimise longevity and performance, especially against marine corrosion , helping to maximise its service life without the need for expensive structural repair.

Here at Dangle, our expert coating consultants specialises in providing a world class industrial coating services that has been designed to accommodate all of your bespoke coating needs, in a wealth of different environments, and with ease of access to provide you with the most reliable solutions, FAST!

Paint Failure Analysis

Dangle have a broad remit of industrial painting skills and have a vast range of knowledge and expertise when it comes to meeting the needs of paint related tasks of all projects, including carrying out paint failure analysis.

Painting failure is a process of fact finding and elimination then should be considered as a first course of action. This should take into account the type of failure, environmental conditions, any unusual or unexpected variations from normal operating conditions, reviewing records of surface preparation and application conditions to ensure they conform to the accepted range for the coating system applied. The information obtained will largely depend on the type of coating failure and at what stage it occurred in the protective coating lifecycle.

Paint Specification Writing

Before a paint project begins, a key task involved in the process is writing the painting work specifications and this involves creating a professional legal document that clearly lays out the materials and processes for the job. They include the types of paints and coatings to be used, and how surfaces should be prepared. Plus the environmental conditions to be observed (think temperature and humidity, for example). They’ll also cover the maximum time interval between surface preparation and priming, as well as between coats. There’s also the number and thickness of coats - the list goes on.

After all, coatings and paints provide long-term protection for a structure and it’s really important that the process is taken extremely seriously.

Why choose Dangle for your Coating Consultancy needs?

Dangle's expert team of coating and paint consultants hold advanced, industry-recognised qualifications that allow them to deliver a coating service that fulfils all of our client’s expectations anywhere in the world.

AMPP ( The Association for Materials Protection and Performance ) formally The National Association of Corrosion Engineers (NACE) sets the benchmarks in industrial coatings and their training programmes are recognised in all corners of the globe. We’re also members of the Institute of Corrosion (ICORR) here in the UK. With our in house coating supervision holding Level 3 qualifications from both organisations we guarantee a high level of expertise and Charted status for your project.

About Dangle Rope Access

Here at Dangle , we provide a variety of expert coating consultants and other comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Wind Turbine Protection

Wed, 24 Feb 2021 11:16:07 GMT

Wind Turbine Protection

It’s not uncommon for wind turbines to experience various forms of everyday wear and tear throughout their operational life, its why wind turbine protection is needed.

After all, wind farms are continuously exposed to some of the most merciless elements found both on land and at sea. Erosion is driven by numerous factors that are completely outside of our control, and these factors can impact different materials in unique ways. The phenomena of erosion and corrosion can be summarised as the manner in which materials react with the environment in which they are placed, with various catalysts including ice, sand, salt spray, insects, and rain all contributing to the degradation process. Consequently, failing to invest in effective wind turbine protection can lead to a significantly reduced lifespan of the turbines. Alarming statistics indicate that damages to unprotected turbine blades are now being reported in as little as two to five years, which is a clear sign that proactive measures are essential.

Moreover, as technology advances, wind turbines are consistently growing in size to harness more wind energy, which means that the issue of blade erosion is becoming increasingly problematic for many wind farm owners and operators. This is precisely why we have dedicated extensive efforts to ensure that our erosion and corrosion solutions are at the forefront of industry standards. We continuously strive to stay up-to-date with the latest high-quality coatings, tapes, and soft shells sourced from some of the world's leading manufacturers, such as AkzoNobel, Belzona, and 3M, to name just a few.

In light of these challenges, the good news is that there is now a diverse array of solutions available when it comes to extending the longevity of wind turbine blades. These solutions are designed to help the turbines last longer and perform at peak efficiency. At Dangle, we pride ourselves on not being tied down to any single solution, enabling us to offer you a comprehensive range of options from across the entire market. This flexibility ensures that you find the ideal protection strategy tailored to your specific needs and circumstances, further enhancing the resilience and efficiency of your wind turbines.

Advantages of Wind Turbine Protection

As a general rule of thumb across the wind industry, the standard wind turbine may last 15 years or more onshore. However, the longevity of a wind turbine is mainly down to the type of elements it is exposed to on a daily basis and how often maintenance intervals are upheld.

For example, salt spray and rain can cause severe erosion and even flying insects and birds can cause a significant amount of costly damage over time, which is why effective wind turbine protection should be prioritised and leading edge protection should almost certainly be your first action point.

How will you know if a wind turbine is damaged?

At Dangle our highly trained drone flight pilots and rope access technicians will be able to access the condition of a wind turbine tower, nacelle and blades externally and report back any damage, under a close visual inspection. A rope access technician is responsible for a whole host of maintenance jobs including rust removal, blade repair work and painting as well as inspection tasks which include quality control, safety inspection and coating surveys.

A clear sign that a wind turbine is damaged includes erosion indicators signs or pitting, and the general performance decrease of the wind turbines performance s usually the output measure. This is because pitting, typically across the blades Leading Edge, can actually affect the turbine speed, causing it to slow down and you’ll also often notice an acoustic change in the sound of each rotation if stood close by.

A reduction in speed of a wind turbine is the last thing energy companies want to deal with as slower turbines mean less energy production and less return on investment.

What preventative measures can you take?

There are lots of preventative steps that you can take to ensure that your wind turbines remain in the best possible condition, including investing in leading edge protection , blade retro-fits that improve airflow and reduce drag, carrying out regular inspections and of course, keeping on top of wind turbine maintenance . All of these factors are key when it comes to extending the longevity of your wind turbines.

After all, across all aspects of the industry, avoiding major damage and the costs associated with significant damage should be a top priority. Unprotected wind turbines, or those that have been left to their own device with few inspections, can result in catastrophic failures as we have seen in the past. Erosion also causes a reduction in aerodynamic efficiency and a loss in operating performance, meaning wind turbine protection is certainly a sound investment.

Why chose Dangle to help with your wind turbine protection needs?

Here at Dangle, we have been providing asset integrity services to the energy sector for several years and are now leaders in our field of work when it comes to providing wind turbine protection solutions that will enhance your day to day business operations.

We have worked on projects in the UK, US and Europe over many years, covering both on-shore and offshore sites and our highly trained and carefully chosen GWO technicians are perfectly equipped with the skills, knowledge and the expertise needed to complete every project to the highest possible standard. We also have extensive experience in industrial access, coatings and composite (IACC) services. This allows us to bring together solutions that maximise your turbine’s output and minimise any downtime. We never compromise on safety, as there’s no margin for error when working at height.

Dangle offers a comprehensive range of wind turbine maintenance services that can be adapted to meet your bespoke needs when it comes to protecting your wind turbines and optimising the longevity of your turbines and their blades.

Leading Edge Protection Coatings

Wind power made up 30% of the UK's electricity generation, marking a significant milestone in the country's renewable energy journey. As the demand for wind energy continues to grow, it has never been more crucial to invest in reliable and easy-to-apply Leading Edge Protection (LEP) solutions.

At Dangle, we understand the importance of maintaining optimum blade performance and efficiency in even the harshest and most challenging wind farm environments. That's why we have developed cutting-edge leading-edge protection coatings that are specifically designed to withstand the elements and ensure the longevity of your wind turbines.

Our winter-grade curing agents for two-pack coatings ensure that the protection remains intact even during the harsh winter months when wind turbines are most susceptible to damage. These coatings are formulated to provide superior resistance against extreme weather conditions, including heavy rain, high winds, and freezing temperatures.

In addition to our advanced two-pack coatings, we also offer easy-to-apply one-pack solutions with a lower specific gravity. These solutions are specifically designed to reduce any possible imbalance, ensuring that your wind turbines operate smoothly and efficiently.

When you choose our leading-edge protection coatings, you can rest assured that you are in expert hands. Our team of experienced professionals is dedicated to providing top-notch solutions that not only protect your investment but also contribute to the sustainable growth of the wind energy sector.

Investing in our easy-to-apply Leading Edge Protection (LEP) solutions is not only a smart business decision but also a responsible choice for the environment. By safeguarding the performance and efficiency of your wind turbines, you are actively promoting the use of clean and renewable energy sources, reducing carbon emissions, and contributing to a greener future.

So, don't hesitate to join the growing number of wind energy enthusiasts who trust our leading-edge protection coatings. Contact us today to learn more about our innovative solutions and how they can benefit your wind farm operations. Together, let's harness the power of the wind and pave the way for a sustainable and brighter tomorrow.

Leading Edge Protection Tapes

Thermoplastic polyurethane films are an exceptional solution that offers unparalleled leading-edge protection for wind turbines, effectively safeguarding their efficiency and minimising downtime and maintenance requirements. Moreover, these films play a crucial role in extending the performance lifespan of turbine blades, even in the most extreme and harsh environments.

One of the remarkable aspects of thermoplastic polyurethane films is their effortless application process, particularly when it comes to covering larger sections of the turbines. This ease of application ensures that the films can be conveniently installed, significantly reducing the time and effort required for protection.

By utilising thermoplastic polyurethane films, wind turbine operators can benefit from the utmost level of protection, enabling the turbines to operate at their optimum capacity while minimising the need for frequent maintenance and repairs. These films act as a robust shield against various environmental factors, including extreme weather conditions, UV radiation, and erosion, ensuring that the turbine blades remain in excellent condition for extended periods.

The exceptional properties of thermoplastic polyurethane films make them the go-to choice for wind turbine protection . Their advanced technology and durability provide a cost-effective solution that not only enhances the overall performance of wind turbines but also maximizes their lifespan. With the application of these films, wind energy operators can confidently rely on their turbines to deliver sustainable and efficient power generation, even in the toughest of conditions.

Soft Shell Leading Edge Protection

For blades that are already installed and in-service, a pre-cast soft shell is expertly contoured around the leading edge, positioned approximately 10-15 meters from the tip of the blades (varying based on the size of the blade). This remarkable pre-cast shell seamlessly conforms to the blade's shape, ensuring a flawless fit without any imperfections. Not only does this innovative solution provide enhanced durability, but it also serves as an exceptionally sturdy upgrade for your blades. With this advanced technology, you can rest assured that your blades will receive the utmost protection and performance enhancement.

The pre-cast soft shell, designed specifically for blades that are already installed and in-service, offers an incredible level of protection and performance enhancement. This state-of-the-art solution is meticulously contoured around the leading edge of the blade, expertly positioning it approximately 10-15 meters from the tip (although this distance may vary depending on the blade's size).

The beauty of this remarkable pre-cast shell lies in its flawless fit. It seamlessly conforms to the unique shape of each blade, leaving no room for imperfections. This ensures that your blades are safeguarded with the utmost precision and care, allowing them to function optimally without any hindrances.

But the benefits don't stop there. This innovative technology also provides enhanced durability, making your blades more resilient and long-lasting. No matter the challenges they may face, whether it's harsh weather conditions or rigorous usage, the pre-cast soft shell will act as a shield, protecting your blades from any potential damage.

Moreover, this solution serves as an exceptionally sturdy upgrade for your blades. By incorporating this advanced technology, you are taking a proactive step towards improving their performance. The pre-cast soft shell acts as an extra layer of strength, allowing your blades to withstand greater forces and operate at their peak efficiency.

With this cutting-edge solution, you can have peace of mind knowing that your blades are receiving the ultimate protection and performance enhancement. No matter the task at hand, whether it's powering wind turbines or propelling aircraft, your blades will be equipped with the advanced technology they need to excel. So, why settle for anything less when you can have the best? Choose the pre-cast soft shell and take your blade performance to new heights.

About Dangle Rope Access

Here at Dangle , we provide wind turbine protection and a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Wind Farm Maintenance

High-Rise Maintenance

Thu, 18 Feb 2021 15:28:18 GMT

High Rise Building Maintenance Contract Award

This year has been another successful year for Dangle, and to further add to our success we have recently won a contact through an invitation to tender opportunity with one of Scotland’s largest housing associations – Hillcrest Housing Group . As part of this new and exciting project, we will be providing high rise building maintenance , across areas in Scotland.

About Hillcrest Housing - Hillcrest is part of the largest privately owned housing group in Scotland, with in excess of 28,500 homes (and growing) across Dundee, Edinburgh, Aberdeen, Fife and Perthshire.

With high rise rope access from Dangle bringing their experience working across a diverse range of sectors, this latest win is testament to our continued commitment to delivering a high standard of safety and service that meets all of our clients’ working at height needs.

High Rise Maintenance

We are experts in our field when it comes to delivering working at height building maintenance services across a range of industries. And, if you’re looking for a high-rise building maintenance service that you can trust, you have certainly landed in the right place. We’ve created a helpful guide outlining everything that you need to know, from problems our clients face to the cost effective solutions we offer here at Dangle.

Working at height is widely considered as being one of the most common high-risk environments to work in and as a result, highly skilled rope access technicians are required to carry out high rise maintenance tasks safely and securely. It’s important that these services are performed in line with stringent safety requirements and with the right level of insurance, equipment, public safety awareness and expert training.

Here are some of the high-rise building maintenance services that we provide:

We provide abseil window cleaning and general building cleaning solutions that are carried out by highly-trained professionals. All of our rope access technicians have been trained to the highest possible standard and have vast experience in providing an efficient and compliant service that is in tune with your business needs:

Rope Access Maintenance

Our rope access maintenance services encompass a wide range of high-level work with minimum disruption to your day to day business operations. We deliver all work professionally and safely and always go above and beyond to deliver a safe and efficient service.

All of our IRATA rope access technicians are highly skilled in completing high rise maintenance tasks, including:

Gutter cleaning
Pipework systems
Cable work systems
Mastic and sealant works
Building facade cleaning
Painting
Concrete and joint repairs
Active and Passive Fire protection systems
Vegetation removal
Pest control and bird netting
Lighting rigging and installation

Rope Access Cleaning

Dangle also specialise in high-level cleaning using industrial rope access, (often referred to as steeplejacks) across a diverse range of industries. Our team of industry professionals has extensive experience in performing cleaning services at height using industrial rope access and provide a safe and cost-effective service.

We are proud to offer our expertise in various areas, including cleaning, high-level steel work, and building framework. Our skilled professionals are fully equipped to handle the at height cleaning needs of all types of commercial buildings, industrial buildings, and structures. With our specialised knowledge and advanced techniques, we have become experts in our field, delivering exceptional results to our clients. Whether it's removing dirt and grime from towering structures or maintaining the cleanliness of complex frameworks, we are committed to providing top-notch services that meet and exceed customer expectations.

No challenge is too big for us, as we have the skills, experience, and resources to tackle any high-level cleaning project. Trust us to handle your cleaning needs, and we guarantee outstanding results that will leave your premises looking spotless and well-maintained. Contact us today to discuss how we can assist you with your high-level cleaning requirements.

Highly Trained Rope Access Technicians

Rope access is a highly skilled job that requires expert training, skills, and knowledge to carry out manoeuvres and rescue procedures that are line with stringent industry and safety requirements.

Working at height is a highly skilled job that can be dangerous if the correct level of training is not provided. With this in mind, all of our rope access technicians are all trained and certified to IRATA standards – the official training body that provides thorough training and strict work at height guidelines. Each team has a designated safety supervisor who is a trained and qualified First Aid responder also, so you can be certain you are in safe hands.

Training in this field is considered essential across the whole industry as health and safety is taken incredibly seriously. And for those training to become rope access technicians, it is an area of the job the job that is given the most attention.

If you choose us for your at height maintenance services, you can rest assured that all of our technicians have been trained to the highest standard. This is because all IRATA certified rope access technicians have been statistically proven to be amongst the safest personnel working at height in the offshore and onshore construction industries.

Safety First IRATA Rope Access Technicians

Here at Dangle, we put safety first and as the leading UK rope access company , we can provide various rope services to you, quickly and safely. We have provided our technicians with thorough training and all of our work is always supervised by our IRATA level 3 rope access technicians. If you are finding it difficult to reach a location that needs repairs or maintenance checks, we have you covered.

From applying protective coatings through to assessing and repairing work that needs looked at closely, we provide a wide range of working at height maintenance services, in city centres to remote rural locations, right across the UK.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Rope Access Building Maintenance

Coating Experts

Tue, 02 Feb 2021 12:01:53 GMT

The Benefits Of Using Coating Experts

As humans, we undoubtedly became aware of corrosion right after making our first metals. Our late ancestors probably began to control "rusting" very soon after that by trying to keep their metals aware from corrosive environments.

Now the mechanisms of corrosion are better understood, more techniques have been developed to control it and paint is one of the most recognised methods used today.

The application of coatings systems is the most common and cost effective method used both onshore and offshore. Coating failures or corrosion initiation of a coated surface often occurs in areas where the paint was not correctly applied or has suffered from a form of mechanical damage resulting in exposure of the metallic substrate to the local environment.

Coating systems may integrate several layers of industrial paints, however the compatibility between coats must be ensured. The ideal coating system should assure the proper performance of the structure to which it is been applied during its service life without the need for often, very costly structural repair.

There are some major factors involved in the selection of a coating system and here at Dangle, using our expert coating consultancy knowledge we can guide you every step of the way, from initiation to completion.

What is the role of a Coating Consultant?

The role of a coating consultant is a broad one. In order to help select a coating system that is best tailored to a project and will provide the best possible performance and longevity, a coatings technical authority needs to evaluate and understand the needs of the project, the needs of the coating, and the regulatory and industry standards and local environment in which market the asset originates.

Dangle can provide this level of expertise and advice to ensure you and your assets are adequately protected, for years to come.

Benefits of Using Dangle’s Coating Consultancy Services

Our coating consultants have a broad remit. They’re the most knowledgeable and highly trained members of our team, forming part of Dangle's Board of Directors. That means they’ll be on hand for all aspects of a project, taking on the most complex tasks and providing support to the whole team at all times.

Before a project begins, a key task is writing the painting work specifications. These essential documents clearly lay out the materials and processes for the job. They include the types of paints and coatings to be used, and how surfaces should be prepared prior to painting. Plus the environmental conditions to be observed (think temperature and humidity, for example). They’ll also cover the maximum time interval between surface preparation and priming, as well as between coats. There’s also the number and thickness of coats which all should be recorded and the list goes on...

To prepare an industrial paint specification, the consultant starts with the project requirements. And factors in regulations and other industry standards, as well as the latest types of paints and coatings available on the market. However, this investment pays dividends when it comes to ensuring long-lasting, quality work.

Dangle's expert team of coating and paint consultants hold advanced, industry-recognised qualifications. The National Association of Corrosion Engineers formally known as NACE but having recently merged with the Society of Protective Coatings (SSPC) to form AMPP ( Association for Materials Protection and Performance ) is now the worlds leading authority on setting the benchmarks for industrial coatings worldwide. We’re also members of the Institute of Corrosion (ICORR) here in the UK and you'll see our team hard at work on their websites homepage. With painter training courses and Level 3 qualifications from both organisations guaranteeing a high level of expertise and Charted status for professional peace of mind.

The paint consultants role doesn’t end there. Paint failure analysis is another highly skilled task, often involving very specialised equipment and standardisation knowledge. Coatings and paints provide long-term protection for a structure - and the investment of the asset owners. Paint failure may become noticeable through blistering, erosion or similar. Understanding the causes is key to avoiding the same faults in the future.

The most common causes of paint failure start with incorrect surface preparation. Followed by inadequate environmental conditions. The application method and formulation are also key factors. Formulation includes the cure time and amount of product used, amongst other things, like risk to waterways and the local environment through VOC's (Volatile Organic Compounds). Weighing up all of these factors during analysis requires expert trouble shooters, with decades of experience.

Marine grade paint specifications are a particularly specialised area and we discuss these and the most recent changes in our blog post on ISO12944 . Harsh conditions at sea pose many additional challenges that are not as prevalent on land. For example, corrosion on underground pipelines could be due to microbiological-influenced corrosion (MIC) and many coating standards are developed for use by a wide range of industries. This means marine paint specifications may not actually be the most suitable specification for onshore structures and may pose a particular challenge if designed for the wrong environment. Consultants need specialist experience to develop effective solutions, which is what we offer here at Dangle!

Do you need an exterior paint consultant? Help with epoxy paint for steel surfaces or a structural steel paint specification? You’re in the right place. We do all those too.

Dangle is an award-winning, family-run business. Our relative size gives us more agility than many larger companies. It means we always offer a flexible and tailored approach. We have many years of industrial inspection, access, coatings and composite (IACC) experience. Our team also comprises expert rope access technicians. This means we can access difficult-to-reach areas quickly and safely. And we’ll always integrate seamlessly with your teams to come up with the most effective solutions.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Paint Failure Analysis

Coating Consultants

What is ISO-12944

Thu, 28 Jan 2021 15:06:35 GMT

What is ISO-12944?

Corrosion Protection to Steel

ISO-12944 is widely recognised as the internationally accepted industry standard for the corrosion protection of steel structures through the use of protective paint systems. First introduced in 1998, this comprehensive standard has been meticulously compiled by representatives from various countries and companies that are deeply involved in the safeguarding of steel structures, thereby ensuring a mutually beneficial set of guidelines, however to buy it costs a lot of money. We have broken down the ISO standard for free in this complete guide.

Read on to learn more...

The primary objective of ISO-12944 is to offer valuable guidance to a wide range of professionals, including architects, engineers, specifiers, applicators, and other stakeholders involved in the process of applying coatings to steel. By adhering to the principles outlined in this standard, these individuals can effectively protect steel structures from the detrimental effects of corrosion.

Comprising of nine essential parts, ISO-12944 encompasses a plethora of crucial components that are fundamental to the successful implementation of corrosion protection measures. These components include but are not limited to environment classification, protective paint systems, laboratory test methods, and systems and test methods specifically tailored for offshore structures.

In essence, ISO-12944 serves as a comprehensive and indispensable resource, empowering professionals within the industry to make informed decisions regarding the selection, application, and evaluation of protective paint systems for steel structures. By following these guidelines, they can ensure the longevity and durability of these structures, even in the harshest of environments, whilst simultaneously contributing to the overall safety and sustainability of the built environment.

Change's in the Latest Edition of the standard ISO-12944?

In the latest release of ISO-12944 there are a number of significant changes to the standard. These changes are:

The old C5-I and C5-M categories have been replaced with C5 for harsh onshore categories and by CX for offshore categories. CX is taken care of in a new Part 9. There is also the addition of a fourth immersion category, IM4, which covers immersed structures in sea or brackish water which are protected by cathodic protection
The low, medium and high categories remain but they are joined by very high. The durations which these categories relate to have also changed with low durability now up to 7 years and the new very high category relating to 25 years plus.
The dry film thicknesses and paint systems now include a minimum number of coats per coating type or technology and specify a minimum dry film thickness for the total system per corrosion category. The standard now also includes the capacity to accept new innovative coating technologies if performance can be demonstrated by 3rd party testing and field trials.
Up to C4 high the test methods have not changed. However for C4 very high, C5 high and C5 very high, cyclic testing has been introduced to better replicate in-field conditions.

Cyclic Testing introduced to ISO-12944

One of the significant changes in the newest revision is the addition of cyclic testing for systems operating in environments of C4 very high and above. This addition to the standard has been warmly received by most coating manufacturers, as they have discovered over the course of many years that cyclic testing provides a more accurate representation of real-world corrosion conditions. To assess the effectiveness of three coating systems, extensive testing was conducted, including long-term static salt fog testing and a variety of cyclic test methods, all compared against an in-service field trial.

The results of these tests were quite revealing. While certain systems demonstrated satisfactory performance during the salt fog testing, their performance did not match up to those systems evaluated through cyclic testing or under real-world conditions. This finding underscores the importance of incorporating cyclic testing into the evaluation process, as it better simulates the dynamic and fluctuating nature of corrosion in practical settings.

By implementing cyclic testing, the newest revision addresses a crucial aspect of coating performance assessment that was previously overlooked. Coating manufacturers, who have long recognized the limitations of solely relying on salt fog testing, appreciate the inclusion of this more comprehensive evaluation method. The new approach acknowledges the fact that corrosion conditions in the real world are rarely static and continuously change due to various environmental factors.

The decision to introduce cyclic testing into the standard was not made lightly. Extensive research and comparisons were conducted to ensure its validity and reliability. The inclusion of this testing method is a testament to the continuous improvement and evolution of industry standards, aiming to provide more accurate and reliable data for coating performance evaluations.

Furthermore, the addition of cyclic testing will likely have a positive impact on the industry as a whole. Coating manufacturers can now develop products that are better suited for real-world conditions, resulting in enhanced corrosion protection and longer-lasting coatings. Ultimately, this will benefit end-users who rely on these coatings to safeguard their assets and infrastructure from the detrimental effects of corrosion.

In conclusion, the newest revision of the standard introduces the much-needed inclusion of cyclic testing for systems operating in high-corrosion environments. This change acknowledges the shortcomings of relying solely on salt fog testing and emphasizes the importance of evaluating coatings under dynamic and fluctuating conditions. Through this comprehensive approach, manufacturers can develop more reliable and effective coatings, ensuring superior corrosion protection in real-world scenarios.

ISO-12944 Part 9?

The introduction of Part 9 to the ISO-12944 standard brings about a significant development by incorporating the old ISO-20340 standard into ISO-12944. This new addition places emphasis on the use of cyclic testing for offshore structures. In the previous editions of the standard, offshore structures were referred to as C5-M. However, a noteworthy change has been introduced with the introduction of a new environmental category, CX, that applies to all offshore structures.

Under Part 9, all offshore systems are required to undergo 4,200 hours of cycling testing, which equates to approximately 25 weeks. This stringent testing ensures that the coating systems used in offshore structures meet the necessary durability requirements. Additionally, Part 9 sets out the minimum number of coats and minimum film thickness per system, with some modifications from the previous standard's requirements for C5-M. The following table provides an outline of the specific requirements for steel substrates.

One of the key differences between ISO-12944 Part 9 and ISO-20340 is evident in the performance criteria for corrosion creep. Part 9 now stipulates that coating systems for high impact areas should be less than or equal to 8.0mm, while all other CX applications should be less than or equal to 3.0mm. Moreover, the pass criteria for sea water immersion has been set at 6.0mm, and there have been slight adjustments to the adhesion requirements as well. These updates ensure that the coating systems used in offshore structures are able to withstand the harsh conditions they are exposed to.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Protective Paint Systems

Wind Farm Maintenance

Tue, 12 Jan 2021 16:45:41 GMT

Wind Farm Maintenance – Why is it important?

There has been an unprecedented demand for wind turbine technicians as more and more wind farms are being built around the world, and its certainly showing no signs of slowing down.

And, there’s lots of reasons why wind farm maintenance is so important when it comes to ensuring that wind turbines remain in sound working order. After all, there’s a whole host of unpredictable events such as adverse weather conditions and stormy seas that can have serious consequences on a wind turbine, often damaging its rotor blades, tower movements or even causing the wind turbine to fail completely or collapse.

What Does Wind Farm Maintenance Involve?

Wind farm maintenance is the term used to describe the processes involved in keeping wind turbines in sound working order.

Using wind to make electricity, wind turbines are one of the world’s most crucial components when it comes to generating electricity and keeping our world moving more sustainably. And, wind farm maintenance requires highly skilled technicians to complete a number of day to day maintenance tasks such as checking connections within the system, assessing moving parts such as gearboxes and bearings, as well as resolving any technical issues.

Not all wind turbine maintenance repair and inspection can be done on two feet however and, as an essential form of power generation, it’s important that all wind farms, in all corners of the world, are kept in optimum working condition to avoid widespread disruption and of course, costly repairs that could have been resolved much sooner, if the signs were acted on.

Why is Wind Farm Maintenance so Important?

With wind turbines operating 24 hours a day, it’s no surprise that they can succumb to wear and tear, both day and night. From issues such gear faults, shaft issues and gear wheel wear through to imbalance, material fatigue, rotor blade damages, temperature differences and lubrication faults, there’s lots of issues that can disrupt the smooth running of a modern wind turbine.

With this in mind, maintenance plays an essential role in the real-time monitoring of turbines during operation, helping to identify worn parts that could lead to catastrophic damage if not addressed, damaged blades that reduce efficiency or simply a rusty looking tower or an unsightly, unkept nacelle.

Being able to intervene before parts fail completely is crucial and can prevent sudden failure and large downtime and repair costs.

Wind Farm Maintenance Workers?

The vast majority of people that work on wind farms are maintenance technicians and are employed to manage every stage of all maintenance operations on turbines. It is their responsibility to ensure that they remain in optimum working order.

Here’s a closer look at what is involved in each role:

GWO Wind Turbine Technician

Wind turbine technicians are responsible for the full installation and maintenance of wind turbines, which can often involve working at heights of 100 meters or more and always work from deck.

Maintenance Supervisor

For qualified wind turbine maintenance technicians, there is the opportunity to become a maintenance supervisor. This role entails managing maintenance technicians and handling a wide range of administrative tasks.

GWO Blade Repair Technician

Finally, professional and experienced blade repair and IRATA certified Rope Access Technicians can access and assess those turbines that require a closer look. This is a highly skilled profession where rope access and blade repair training is required. Whether you require a rope access level 1, rope access level 2 or rope access level 3, there’s lots of opportunities available right across the world as a blade technician.

Wind Farm Maintenance: Expert Solutions from Dangle Rope Access

As the demand for renewable energy continues to surge, wind farms are rapidly becoming one of the most vital contributors to sustainable power generation. However, with this growth comes an array of challenges for wind farm operators.

These installations are often located in remote and harsh environments, exposed to high winds, sea spray, and extreme temperatures. Accessibility can be difficult, particularly for offshore wind farms, and maintenance windows are limited by weather conditions.

Wind turbines are complex machines operating 24/7 - requiring regular inspection and servicing to avoid costly breakdowns. In this dynamic landscape, efficient and professional wind farm maintenance is not just a necessity—it’s a strategic advantage.

Supporting the UK’s Renewable Energy Goals Through Wind Farm Maintenance

The UK government has set bold targets for wind energy as part of its commitment to achieving a fully decarbonised electricity system by 2035. By 2030, the aim is to expand offshore wind capacity to between 43 and 50 gigawatts (GW) , including up to 5 GW from floating wind installations . Onshore wind capacity is also set to double from 15 GW to 30 GW within the same timeframe.

This rapid growth presents both opportunities and challenges for wind farm operators. As infrastructure scales up, the demand for reliable, efficient, and specialist wind farm maintenance services will be more critical than ever. Dangle is ideally positioned to support this national mission—delivering high-quality wind farm maintenance solutions that ensure turbines perform at their best, safely and sustainably.

Why Wind Farm Maintenance is Vital

Wind turbines are intricate, high-value assets, continuously subjected to the elements. Without proper maintenance, their performance, safety, and longevity are significantly compromised. Effective wind farm maintenance achieves several key outcomes:

• Maximises Energy Output : Regular upkeep ensures wind turbine generators function at peak efficiency, maximising return on investment and AEP (Annual Energy Production).

• Ensures Safety : Thorough inspections help identify potential risks early, preventing accidents and equipment failures.

• Extends Operational Lifespan : Timely maintenance can add years to the life of each wind turbine, improving overall asset management, reducing overall O & M (Operation and Maintenance) costs .

• Reduces Downtime and Costs : Identifying and resolving minor issues before they escalate prevents expensive repairs and unplanned downtime of the WTG (Wind Turbine Generator).

Dangle's Wind Farm Maintenance Services

Blade Inspection and Repair

Turbine blades are the most exposed and vulnerable component of any wind turbine. Constantly in motion and positioned high above the ground—or at sea—they are continuously subjected to some of the harshest environmental conditions. Over time, UV radiation from the sun can degrade the surface materials, leading to micro-cracks and weakening the blade’s protective coatings (often referred to as gel-coat). In addition, hail and rain can cause repeated impact erosion, especially along the leading edge, where aerodynamic forces are greatest. Airborne debris such as dust, salt particles, and even insects can also contribute to surface abrasion, gradually wearing down the blade’s outer layers. We have even inspected blades with gun shot damages, so have literally seen it all!

This combination of mechanical and environmental stressors can have serious implications. Not only can the structural integrity of the WTG blade be compromised, increasing the risk of cracking or delamination of the layers, but its aerodynamic profile may also be altered. Even minor surface imperfections can reduce the blade’s ability to efficiently convert wind into energy, leading to a measurable drop in performance. If left unchecked, these issues can escalate into costly repairs or even complete turbine blade replacement. This is why regular inspection and timely maintenance are critical to ensuring turbine blades remain safe, efficient, and fully operational throughout their expected lifespan.

At Dangle, we provide comprehensive blade services , including but not limited to:

• Visual and Close-Up Inspections : Using rope access and drone technology for a thorough assessment of surface condition and integrity.

• Damage Assessment and Reporting : Detailed analysis of cracks, delamination, lightning strikes, and erosion.

• Composite Blade Repairs : High-quality epoxy resin fibreglass and carbon fibre repairs using OEM-approved methods and materials.

• Lightning Strike Repairs : Diagnosing and remedying internal and external damage to LPS (Lightening Protection Systems) prevent recurrent failures.

Our approach ensures minimal turbine downtime while restoring blade performance to optimal levels.

Leading Edge Protection (LEP) Installation

Leading edge erosion can drastically reduce energy production and increase operational costs. Dangle offers advanced LEP solutions to safeguard blades against ongoing erosion.

We install:

• Leading Edge Tapes : Durable and aerodynamic, ideal for onshore and offshore installations.

• Brush-Applied Coatings : Tailored to environmental conditions and turbine make.

• Maintenance and Reapplication Plans : To ensure lasting protection and performance efficiency.

With our LEP solutions, clients can expect enhanced blade durability, reduced repair cycles, and sustained turbine efficiency.

Full Coating and Painting Solutions

Wind farm turbines are exposed to moisture, salt, and airborne pollutants that can degrade their external surfaces and internal structures. Coating systems form a vital barrier against these damaging forces and as experts in the field, we can help.

Dangle offers wind turbine coating services such as:

• Nacelle and Tower Painting : Corrosion mitigating coating applications that protect against UV and atmospheric exposure.

• Foundation and J-Tube Coating : Ensuring critical infrastructure at sea level splash zones remains structurally sound.

• HVDC and Offshore Substation Painting Touch-Ups : Controlling corrosion-related failures in essential high voltage electrical hubs.

All work is performed by Train the Painter certified industrial painters using OEM (original equipment manufacturer) specified painting specifications for long-lasting protection.

Rope Access Expertise

At the core of Dangle’s service offering is our unrivalled expertise in industrial rope access . This method is not only safer and more efficient than traditional access solutions like scaffolding or cherry pickers—it is also ideally suited to the specific demands of wind farm maintenance , especially in remote or offshore environments where logistics and cost-efficiency are paramount.

Rope access allows our technicians to reach all areas of a wind turbine, including hard-to-access zones such as the upper nacelle, tower interfaces, and the entire span of the turbine blades, without the need for bulky equipment or prolonged setup times. By eliminating the need for cranes or elevated work platforms, rope access significantly reduces both cost and downtime, which are critical considerations for operators managing tight maintenance windows and strict output targets

Benefits of rope access include:

• Rapid Deployment : Eliminating delays associated with scaffolding or elevated work platforms.

• Cost-Effective : Lower setup and labour costs with minimal disruption to turbine operations.

• Safety-Focused : Fully IRATA-compliant processes with constant rope access supervision and robust rescue procedures.

• Versatility : Ideal for inspections, repairs, installations, and painting tasks at height.

Our rope access technicians can be on and off your wind turbine quickly, conducting inspections or repairs with minimal operational impact.

What Companies Use Wind Farm Maintenance Services?

There’s lots of different entities that rely on wind farm maintenance services to keep power going to their operations including:

Educational institutions
Utility system
Wind farm owners & wind farm operators
Construction firms
Electric power providers
Industrial repair services
Utility companies
Hospitals and care providers
Retailers

A Career as a Rope Access Wind Turbine Technician?

If you think that a career in wind farm maintenance is for you, there’s a series of different qualifications that you will need to undertake.

For example, there are three different rope access training courses, which each provide a different certification level - IRATA level 1 refresher course, IRATA level 2 training, IRATA level 3 training, and the latest IRATA Rope Access Safety Supervisor (RASS) training.

All courses are devised and assessed by the Industrial Rope Access Trade Association (IRATA), which is the international governing body within the rope access industry. If you are considering a career as a rope access technician or you require a IRATA certified team to carryout work or simply wish to get more information about rope access, get in touch today!

Looking for Rope Access Training?

Rope access training courses are all designed to provide aspiring rope access technicians with the training, skills, and knowledge required to carry out manoeuvres and rescue procedures in line with stringent industry and safety requirements. The most cost effective solution for wind farm owners and operators when repairing blades is to have this done in situ, with the most rapidly deployable technicians being rope access trades.

Dangle, for your all Rope Access needs?

With wind turbines operating 24 hours a day, 7 days a week, 365 days a year, it’s no surprise that they can succumb to everyday wear and tear, as well as harsh weather conditions that can cause significant damage to the wind turbine blades.

And, when it comes to blade repair, it’s important that you seek out professional help from qualified rope access technicians who are specially trained to carry out both minor and major repairs, so that operations can return to normal as quickly as possible.

After all, there should be no compromise on safety when it comes to working at height on a remote wind farm, which is why it’s essential that you turn to specialist rope access blade repair technicians.

Here at Dangle, we offer a range of world class rope access blade repair services that have been designed to provide fast and efficient rope access blade repair solutions, with minimal disruption to your day to day operations.

Our rope access services include:

Visual inspection
Blade & tower inspection
Tower rust repair
Blade & composite repair
Lightning damages
Painting and coating
Cleaning

Our team also has vast experience in repairing category 4 and 5 root damage issues, severe leading-edge erosion, split tips, trailing edges, as well as lightning damage and core material replacement. Whatever your blade repair needs, we can help!

Why do blades need repaired?

The performance of a wind turbine is greatly affected by its condition and there are a whole host of different factors that can affect the general wear and tear of wind turbine blades.

From manufacturing and transport defects through to unpredictable conditions such as extreme lightning damage, corrosion and internal and external faults like LPS (lightening protection system) testing, there’s lots of reasons why blades require repairs.

The good news is that we can complete all types of blade repair quickly and efficiently, and we also offer our extensive experience to help you to optimise Annual Energy Performance (AEP) production and costs.

Advanced Blade Repair Services

The average lifespan of a wind turbine is 15 years and during that time, wind turbines will require essential maintenance to ensure that they remain in sound working order. It’s not uncommon for damage to occur to wind turbine blades for reasons we have already discussed. All owners of wind farms should also remember that output can deteriorate if faults aren’t repaired as quickly as possible and finding issues early and taking action early has been proven to significantly reduce the risk of a catastrophic failure.

When it comes to offering advanced blade repair services, we are proud to provide

the highest training, management and safety standards and this is an area of our operations that we absolutely refuse to compromise on.

IRATA-Certified Techs

Our experienced, specialist blade repair technicians are all IRATA-certified techs, which is the leading body for rope access trades and training within the UK.

But that’s not all… all of our highly skilled and experienced technicians have also undergone GWO blade repair training courses and their expertise is complemented by Dangle’s extensive inspection, access, coatings and composite (IACC) industrial services. With this in mind, you can rest assured that you are always in safe hands, whatever the scope of work is on your windfarm.

Fast and effective Rope access blade repair that does not compromise on safety

From the moment you mobilise any of our rope access blade repair services to your site, we will go above and beyond to deliver a seamless service that meets your business needs, surpassing any expectations.

For example, all equipment is set up as quickly as possible and we’re always on hand to help you investigate how rope access can make your operation more efficient.

Rope Access Blade Inspection

Our highly specialised and experienced teams of IRATA certified and accredited GWO Rope Access Blade Technicians have vast experience in providing fast and cost-efficient solutions for a range of wind turbine maintenance activities. Before we begin any repairs, we carry out an expert close visual inspection of the wind turbine blade in order to classify the level of damage. We use rope access techniques as the quickest method to save on lost production.

Rope Access Blade Repair

Dangle provides a fast and efficient service covering all aspects of damage to wind turbine blades and our blade technicians have been trained to the highest GWO standards. Most have completed advanced blade inspection modules and blade repair training. This is before becoming certified for blade inspection and repair activities.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Rope Access Careers

Thu, 17 Dec 2020 12:57:20 GMT

Rope Access Careers

A career in Rope Access in an industry that requires rope access technicians to work safely at height or access difficult to reach places, and fast, appeals to a lot of people, however, its hard physical work and very demanding. Requiring extensive training, rope access jobs encompass a wide range of different techniques that can be adapted to meet the needs of industrial, construction and maintenance requirements, across a diverse range of different sectors and industries.

And, if you are thinking about becoming as fully-fledged rope access tech, it’s highly likely that safety may have already crossed your mind! The good news is, this is an industry that takes safety incredibly seriously and, throughout your industrial rope access training, as a IRATA level 1, IRATA level 2 and IRATA level 3, you will cover all safety measures and precautions imaginable to ensure you’re always on top of your game at height.

What is Involved in Rope Access Safety?

A rope access technician’s job involves everything from rigging off a roof, through to abseiling the leg of an oil rig or wind turbine jacket, above water. The rope access career role is definitely not for the faint hearted, especially if you are afraid of heights, as it will be your job to safely reach inaccessible places that are a far cry from the everyday routine maintenance of buildings or other structures.

In order to reach these city building heights safely and securely, you will usually be asked to enter through a roof hatch or from another rigging area where a rope access specialist can rig their dual lines from to abseil where they need to, in order to work.

The ‘Working at Height Regulations 2005’ also state that: “every employer shall ensure that work at height is properly planned; appropriately supervised, and carried out in a manner which is so far as is reasonably practicable safe”.

With this in mind, if you are looking to embark on a rope access career, it is essential that you are trained to the highest standard and that you are provided with suitable equipment, protection and fully understand all emergency evacuation and rescue procedures you may encounter.

IRATA approved rope access

Careers in rope access are done by workers that are highly trained professionals and in order to acquire the skills, knowledge and experience you need to carry out your role safely and effectively, you will need to undergo IRATA training at an IRATA approved training centre.

The vast majority of technicians and companies will register with IRATA (Industrial Rope Access Trade Association) because IRATA is the sole global trade association in the work at height sector for abseiling, and is widely recognised in all corners of the world.

Is a rope access career really for me?

Like any career, rope access careers are not for everyone and, if you’re considering becoming a professional, fully fledged rope access technician, it’s important that you fully understand what the role entails so you can decide whether or not it’s the best career option for you.

After all, the role of a rope access tech incorporates a wide range of different duties and different levels of qualifications are required depending on the job role you want. And of course, working at extreme heights definitely isn’t for everyone and it’s certainly not your average environment.

To help you decide whether a rope access career is the right move for you, we’ve weighed up the pros and cons of becoming a rope access technician.

Pros and cons to rope access

As with any profession, there are both advantages and disadvantages to pursuing a career as a rope access technician. While the job can be financially lucrative and undeniably exciting, offering unique experiences that few other roles can provide, it is important to consider that the hours can be quite long. This often translates into extended periods away from home, sometimes even requiring travel outside the UK for various assignments.

To gain a better understanding of this dynamic career path, let’s take a closer look at some of the notable pros and cons associated with rope access careers.

Location

A lot of rope access technicians choose their career due to the opportunity of experiencing new places, often in all corners of the world. Travel comes hand in hand with a career in rope access and although some locations can seem glamorous, many are off the beaten track or require remote working.

How Much Does a Rope Access Technician Earn?

Rates and salaries

Rates and salaries vary significantly depending on your industry experience, level of expertise, duties and the company that you work for. All technicians start at Level 1 and work their way up! At the top of your career as a level 3 rope access technician, you could be earning as much as £78,000! Dangle is of course a Living Wage Employer member also, so you will be rewarded well for your hard work and commitment.

Rope Access Courses

If you do decide that this career is right for you, you will then need to get the right qualification and skills to kick start your journey as a professional rope access tech, in a field of interest to you, like blade repair or industrial painting etc. Qualification involves completing dedicated working at height training courses via IRATA, the governing body of the rope access industry.

There are three different rope access technician courses, IRATA Level 1, IRATA Level 2 and IRATA Level 3. All have been created to allow rope access technicians with the training, skills, and knowledge required to carry out manoeuvres and rescue procedures in line with stringent industry and safety requirements required for the level you wish to be assessed at.

What are the different types of rope access jobs?

When it comes to exploring job roles in Rope Access, there are many different opportunities. An exciting rope access career, that requires skill and mandatory qualifications, and you will be surprised at the varied job roles that involve rope access.

So, what exactly does a job in rope access look like?

To embark on any rope access role, extensive training is required and all rope access technicians are expected to gain a variety of skill sets and qualifications.

The vast majority of technicians and companies will register with IRATA , which is the world renowned Industrial Rope Access Trade Association. And, as IRATA is the sole global trade association in the work at height sector, it leads the way when it comes to providing the highest standard of training.

These qualifications are gained by completing standardised training courses at varying levels (IRATA Level 1, IRATA Level 2, IRATA Level 3) which cover everything from rope access manoeuvres and equipment inspections right through to rescue procedures and safety regulations.

Let’s take a look at some of the fields of work you could enter once you have your qualifications:

Offshore Industries

Rope access careers are commonly associated with many offshore industries, and due to the stringent safety requirements and limited working space, offshore rope access technicians are required to undergo extensive training, including but not limited to Sea Survival, Firefighting, Manual Handling, First Aid, Helicopter Underwater Escape Training etc.

There is always a high demand for rope access work on oil rigs and offshore platforms and duties include everything from inspection and maintenance jobs right through to construction and commissioning jobs.

Geotechnical Industries

If you’re looking for adventure in your job, a rope access career in Geotechnical industries is definitely for you! Typically positioned up on cliffs, along steep roadsides, deep within caves or other unreachable natural structures, rope access work in this industry will generally take you to all corners of the world. Main roles include stabilising structures, preventing rock falls and helping to prevent mass erosion to shore lines.

Built Structures

You will also find that there are a lot of exciting job opportunities on land too for those rope techs looking to keep their feet firmly on land, involving working on man-made structures such as bridges, radio masts, bridges or dams. These opportunities can also take you all over the world. Tasks include cleaning, updating and repair of a variety of different structures.

Energy Industries

Again, this is a field of work that has become synonymous with rope access jobs on wind farms, power stations and utility poles. Rope access technicians play a crucial role in the surveillance and safe upkeep of all aspects of energy industries as a core key worker your service here will be highly valued in keeping the planet moving. The UK government has set a target of 30GW onshore and 60GW offshore for wind energy alone, by 2030, that will require a work force of over 600,000 men and women to help build and maintain.

Earning potential of rope access technician?

For those considering a career in Rope Access, one of the first questions often asked is: “How much does a rope access technician earn?”

But truth is, salaries vary significantly across the industry, depending on experience, qualifications, location and the level of risk involved in the job you are doing. Rope access is a highly skilled career and encompasses a wide range of different duties including a number of different maintenance and inspection jobs.

For example, maintenance jobs include rust removal, painting, repair work and welding whereas inspection jobs include quality control, safety inspection and coating surveys.

So, how much does a rope access technician earn?

The average Rope Access Technician salary in United Kingdom is £54,600 per year, however this may change slightly depending on the company you work for and the location. The vast majority of entry level positions start at £31,200 per year, with that rising as you gain in experience.

In the UK, an experienced Level 3 Rope Access Technician can expect to earn as much as £78,000 per year.

IRATA Level 3 Jobs

To reach the top of your rope access game and hit a IRATA level 3 job £78,000 salary, you will have to undergo an minimum of three levels of training - Rope Access Level 1, Rope Access Level 2 and Rope Access Level 3.

These courses are designed to provide aspiring rope access technicians with the training, skills, and knowledge required to carry out manoeuvres and rescue procedures in line with stringent industry and safety requirements often referred to as ICOP and TACS. Each course varies based on the level of skill needed to progress in your career and all courses run for five days, with an assessment at the end.

Across the industry, you will find that rope access technicians that have vast experience, additional skills and top qualifications will earn far more than other colleagues working in the trade. With this in mind, it’s certainly worthwhile getting the qualifications you need.

There’s also a high amount of overtime available, which is ideal for boosting your wage, although be prepared to work in excess of 12 hours a day.

How do I get IRATA certified?

If you are looking to get IRATA certified, you will have to complete a minimum four-day rope access training course from an IRATA Training Member Company and training managed by an IRATA Level three Instructor.

Rope Access Jobs

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Rope Access Technician Salary

History of Rope Access

Thu, 03 Dec 2020 10:25:30 GMT

The History of Rope Access

A comprehensive guide to the history of rope access, often known as industrial climbing , reveals a specialised field that traces its origins to techniques utilised in climbing and caving many years ago.

This term encompasses all aspects of practical rope work that empower workers to access challenging locations without reliance on traditional access methods like cradles, scaffolding, or aerial work platforms.

Currently, there is a notable demand for rope access technicians across a wide range of sectors, encompassing diverse environments, skill sets, and job roles. As a result, the rope access industry offers numerous career opportunities, and with the continuous rise in the construction of taller buildings and offshore assets, the need for skilled professionals is poised for further growth.

Highly Skilled Rope Access Techs

Rope access is a highly skilled job that demands expert training, specialised skills, and comprehensive knowledge to carry out complex manoeuvres and effective rescue procedures in accordance with stringent industry standards and safety requirements.

Given the inherent risks and challenges associated with working at heights, it is crucial for professionals in this field to be meticulously trained. With this in mind, obtaining proper training and qualifications becomes an essential component of the journey to becoming a fully-fledged rope access technician. This is not just a suggestion but a compulsory requirement that spans all aspects of the industry, ensuring that technicians are equipped to handle the demands of their roles safely and efficiently.

The History of Industrial Abseiling

Ropes have been used as a way to access hard to reach buildings, structures and landmarks for hundrends of years. For example, ropes were commonly uses to construct pyramids to sailing boats, build some of the world’s most iconic landmarks and even carry out basic maintenance tasks.

Ideal for ascending and descending, ropes have become an increasingly important and vital component of many builds over the years and today, they are an integral part of any safety at height system.

Development of Rope Access Methods

Rope access as we know it today is a career that came into play on the early 1980s and focused on adopting a technique that was originally developed by those working in caves. At the time, a rope access system only used one rope which meant that the safety of the technique was frequently questioned.

Workers quickly realised that in order to optimise safety, they needed to include a back-up security safety rope to prevent falls if the main line was jeopardised to protect workers and make the rope access safe system of work far more secure.

As a result of this change, rope access quickly became the standard approach to reaching inaccessible areas and heights and was considered as being one of the most cost effective and efficient ways to work at height safely.

As soon as businesses recognised the many benefits that came hand in hand rope access, many companies, across a diverse range of sectors started to utilise rope access and offer an array of training options that rope access technicians could learn the skills they needed to work at height safely using ropes.

What Health & Safety Applies to Industrial Abseiling?

Health and safety is taken incredibly seriously in almost every workplace in the UK. And, for those training to become rope access technicians, it is an area of the job that is given the most attention.

However, way back in the early 1900s, health and safety wasn’t even a concept and many construction workers and those that work at height would go about their daily business without wearing any ropes or harnesses at all! The good news is that we have certainly come a long way since then, and rope access has played a major role in this transition of safely working at height.

Formation & History of IRATA

Rope access is a highly skilled career and encompasses a wide range of different duties including a number of different maintenance and inspection jobs at height. For example, maintenance jobs include painting, repair work, rust removal and welding as well as inspection jobs that include safety inspection, quality control and coating surveys.

With roles encompassing offshore, geotechnical, energy industries and built structures, which can all be high risk industries, it’s important that all technicians receive a high standard of adequate training.

This is one of the main reasons why IRATA, the UK’s Industrial Rope Access Trade Association was formed in 1987 by some of the world’s leading rope access companies .

It was also formed in order to solve maintenance problems in the offshore oil and gas industry, with the core goal of providing a safe working environment for the rope access industry. Since then, IRATA has evolved as the leading authority on industrial rope access, with over 850 member companies across the world.

How do I get Certified by IRATA?

If you are looking to get certified by IRATA as a individual, you will have to complete a four-day minimum rope access training course. This must be from an IRATA Training Member Company and managed by an IRATA Level three Instructor.

There are three levels to IRATA certification offering different skills in rope access training courses , which each provide a different certification level - rope access level 1, rope access level 2, and rope access level 3.

All courses are devised and assessed by the Industrial Rope Access Training Association (IRATA), which is the international governing body within the rope access industry. If you are considering a career as a rope access technician or you require a IRATA refresher course or more information about rope access training costs, get in touch today!

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

History of IRATA

Rope Access Training

Wed, 28 Oct 2020 17:03:24 GMT

Rope Access Training

At Dangle, we emphasise the importance of thorough rope access training to ensure the safety and efficiency of our operations in industrial painting, wind farm blade repair, and inspection services. Using Dangle Academy as our training arm, we provide comprehensive training programs that equip our technicians with the skills necessary to navigate complex environments safely, delivering high-quality inspection and maintenance solutions. By focusing on best practices and innovative techniques, we help our clients reduce maintenance costs while maintaining the highest safety standards in the industry.

There are lots of career opportunities within the rope access industry and its a really rewarding career both mentally and financially. However, for those looking to kick start their career, getting to grips with the different rope access training and qualifications required can often be overwhelming.

Rope access is a highly skilled job that requires expert training, skills, and knowledge to carry out manoeuvres and rescue procedures in line with stringent industry and safety requirements. With this in mind, training and qualifications are essential before you can begin your career as a fully-fledged rope access technician .

And your journey will begin by completing your Rope Access Level 1 Training, which covers a range of rope access manoeuvres, the fundamental rescue procedures, the inspection of rigging equipment and of course, current legislation.

Industrial Rope Access Certification Levels

Rope access training courses have three certification levels: rope access level 1, rope access level 2, and rope access level 3.

All courses are devised and assessed by the Industrial Rope Access Trade Association (IRATA), which is the international governing body within the rope access industry. The IRATA two-rope, fail to safe method of working has solved many access problems around the world, safely. However before you embark on any of the industrial rope access courses, it’s important that you familiarise yourself with the course content, especially if you’re just starting out.

Here’s our guide to everything you need to know about rope access level 1 training.

What will be assessed during a Rope Access Level 1 course?

At level 1, you will be tested on the material you have covered during the IRATA level 1 assessment. The rope access level 1 course covers:

Safe working systems
Understanding of how IRATA works
Being able to carry out an assessment of risk
Rope system rigging
Basic rescues
Providing correct care
Fitting of equipment safely and effectively
Adopting safe practices
Anchor systems
Personal protective equipment and how to use it effectively
Manoeuvres, including descent, ascent, rope changing, work seats, deviation, edge transitions and rope protection
Work position systems and fall arrest

Rope access training courses take place usually over the course of five days. With this in mind, you can expect the training to be intensive, with a lot of content to cover during a short space of time. As a result, many participants find it incredibly helpful to clue up on the basics before beginning their course, its also very physical and expect your arms to be hanging on by a thread at the end!

IRATA Rope Access Course

If you are considering becoming a level 1 then rope access training in Scotland or any other rope access training in the UK for that matter, will be happy to talk you through an entry level IRATA course or refresher. For more information about rope access training costs, please do not hesitate to get in touch with us for rope access course prices.

Our team is always on hand to answer any of your questions.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Rope Access Training Near Me

Rope Access Training Cost

How to become a Rope Access Technician

Mon, 19 Oct 2020 14:35:00 GMT

How to become a Rope Access Technician?

A career in rope access offers a multitude of different opportunities that can open up a world of possibilities for those who dare to reach new heights. It's a remarkable career choice for individuals who possess a fearless spirit, a eagerness for working in the vastness of nature's playground, and a desire to explore remote locations around the world that are off the beaten track.

The role of a rope access technician encompasses a wide range of diverse skills and responsibilities, which can vary significantly depending on your level of experience and qualifications. Within the field of rope access, you can find yourself engaging in various tasks such as welding, plating, repairing blades , industrial coating , and performing general maintenance tasks at height with a variety of rope access companies . Additionally, there are inspection jobs that involve conducting coating surveys , safety inspections, and quality control assessments. Whether you find yourself on solid ground or venturing into the offshore realm, these roles all share one common thread: they require a high level of skill and expertise.

If you've set your sights on becoming a rope access technician in the offshore industry, then you've come to the right place. Fear not, as we have meticulously crafted a comprehensive guide that will arm you with all the knowledge and insights you need to kick start your exciting journey in the world of rope access. This invaluable resource will equip you with the tools and information necessary to navigate the challenges and seize the opportunities that lie ahead. So, buckle up and get ready to embark on an exhilarating career path that will take you to new heights and push your limits in ways you never thought possible, as we help you "Reach the Unreachable!

Getting IRATA rope access qualifications

First and foremost, before embarking on a career in rope access, it is essential to have a comprehensive understanding of the importance of obtaining the necessary IRATA rope access qualifications. It is imperative to note that there are three distinct levels of qualifications within the renowned IRATA rope access training and certification scheme, each serving as a stepping stone towards becoming a proficient industrial rope access technician. By successfully completing the rigorous training and assessment process, you will be awarded an IRATA certificate, which will enable you to establish yourself as a fully-fledged professional within the field of industrial rope access. This accreditation will not only enhance your career prospects but also instill a sense of confidence and credibility in your abilities.

And, because you can progress through different levels, including a IRATA level 1 refresher course, IRATA level 2 training, IRATA level 3 training, and the new IRATA Rope Access Safety Supervisor training (RASS), you can progress at a pace that works for you but typically serving at least 12 months between each grade and documenting at least 1000 rope hours in your IRATA log book.

Rope Access Certification

Each level in the rope access training program reflects your skillset and experience, offering a clear pathway for professional growth. At level one, you will start as an operator, utilising existing rigging systems under the guidance of a qualified individual at level three. This introductory stage allows you to familiarise yourself with the basic principles of rope access and develop a solid foundation.

Once you have successfully obtained the level one qualification, you will have the opportunity to advance to level two. Here, you will delve deeper into the intricacies of rigging, gaining the knowledge and skills necessary to independently set up rope rigging configurations. Additionally, level two training encompasses the important aspect of colleague rescues, equipping you with the ability to perform rescues in emergency situations , ensuring the safety of your team members.

Upon completion of the IRATA training and practical assessments required for level two, you will be eligible to move on to the final stage of the program: rope access level three. This advanced level empowers you to take on greater responsibilities within your role, as you will be entrusted with allocating jobs and overseeing personnel onsite or within a team. As a level three rope access technician, your expertise and experience will be highly valued, and you will play a key role in ensuring the smooth and efficient execution of projects.

By following the IRATA training structure, you can steadily enhance your rope access capabilities and expand your professional horizons. Whether you are just starting out or seeking to further your career in the field, the rope access training program provides a comprehensive pathway for growth and development.

What does rope access training entail?

All rope access training programs are designed to equip you with the essential practical skills required to excel in a promising career dedicated to working in the field of rope access. Through actively engaging in a wide range of hands-on exercises, you will gain invaluable experience, comprehensive knowledge, and specialised expertise, ultimately granting you a clear understanding of the intricate details and demanding needs of this exhilarating job, which often involves working at significant heights, sometimes over open water.

Upon completion of your four or five day training course, you will undergo a thorough assessment, evaluating your technique and proficiency in executing various manoeuvres. In addition to this, a series of multiple choice questions will be posed to you in the theoretical exam, further testing your comprehension and grasp of the complexities involved in this field. This multifaceted evaluation aims to ensure that you possess the necessary skills and competence to excel in a rope access career that demands precision, agility, and a strong understanding of safety protocols while working at elevated heights.

What will be assessed during a rope access level 1?

If you are ready to embark on an exciting journey to kick start your career in rope access , this is what you can expect to cover and explore during your rope access level 1 training program. By delving into the intricacies and techniques of rope access, this comprehensive course will equip you with the essential skills and knowledge needed to excel in this exhilarating field. By immersing yourself in this learning experience, you will gain a profound understanding of the various aspects involved in rope access work, enabling you to make an informed decision as to whether this is the right career path for you, long term.

From the fundamental principles of rope access to the proper use of equipment and tools, every aspect of this training program has been meticulously designed to ensure that you acquire a solid foundation in rope access. Moreover, you will also delve into the crucial topics of safety protocols, risk management, and emergency procedures, ensuring that you are well-prepared to handle any potential challenges that may arise while working in rope access. So, if you are ready to take the leap and embark on a fulfilling career in rope access, this comprehensive training program will provide you with the essential skills, knowledge, and confidence needed to excel in this dynamic industry.

The rope access level 1 course covers:

Safe working systems and assessing of risk.
Safe practices.
Anchor systems.
Understanding of how IRATA works.
Personal protective equipment and usage.
Basic rescues and correct care.
Rope system rigging.
Fitting of equipment.
Manoeuvres, including; descent, ascent, rope changing, work seats, deviation, edge transitions and rope protection.
Work position systems and fall arrest.

This will give you the skills you need to embark on your new career.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Careers in Rope Access

Your Guide to Blade Repair & Inspection

Tue, 13 Oct 2020 19:22:24 GMT

Wind Farm Blade Repair and Inspection

If you’re considering a career in blade repair and inspection for wind turbines, you have certainly landed in the right place. We’ve created a helpful guide outlining everything that you need to know about wind turbine blade maintenance.

There’s lots of opportunities when it comes to working offshore, and the manual inspection and repair of wind turbine rotor blades is one of them, it’s also an industry still very much in its infancy and rapidly growing!

Working at heights, what’s it like, this is a career that requires a sound knowledge of the specialist access equipment used, as well as specialist training to ensure that all work can be carried out safely and accurately and the Global Wind Organisation (GWO) as its commonly referred to, are the body responsible for setting and maintaining the renewable energy standards.

Wind Turbine Blade Maintenance

What should be taken into account when inspecting a wind turbine?

In order to provide a seamless and accurate service when it comes to inspecting wind turbines, there’s a lot of factors that needs to be taken into account before delivering a project. For example, you must consider the following:

The Location of the wind turbines - (onshore/offshore)
The type of turbine
The type of blade
The type of work
Hub height
Weather conditions
Access and Egress
Work party skill set

Once all of these factors have been taken into account and carefully considered, a plan can then be made.

Rotor Blade Inspection & Repair

Inspection methods used on wind turbine rotor blades?

The course of action you should take when it comes to rotor blade repair and inspection on any wind turbine depends on the factors discussed in this post, although not limited to. Once these have been discussed, you will be able to identity the best course of action.

There is a lot of methods that can be used to successfully repair and inspect a wind turbine, and its blades, including some of the very latest cutting edge technologies Dangle are involved with and under constant research and development. The following is a broad range of inspection methods in deployment across wind farms in Scotland:

Drones – As technology continues to advance at an unprecedented rate, along with advancements in Artificial Intelligence (AI) there are now more opportunities than ever before when it comes to embracing a range of different devices and technology to enhance day to day operations offshore. And, one of these includes using drone pilots to inspect multiple turbines per day using high definition imagery.

Ground Based Systems – It is also possible to inspect turbines from the ground too using high resolution cameras such as Cornis Panoblade or Intrablade for example.

Rope Access – Finally, professional and experienced blade repair and IRATA certified Rope Access Technicians can access and assess those turbines that require a closer look. This is a highly skilled profession where rope access and blade repair training is required. Whether you require a rope access level 1, rope access level 2 or rope access level 3, there’s lots of opportunities available right across the world as a rope access blade repair technician .

What happens once the blade inspection has been conducted?

Once a rope access technician has closely inspected a wind turbine at height, technical experts are then employed to collect and analyse the data gathered in order to identify any issues so that they can be resolved in the appropriate way, collecting data using an hands on approach can often mean gel coat around a damage can be closely inspected giving an much clearer picture of what is needed to remedy the repair, saving clients time and money.

Fast blade repairs and thorough inspections are critical to a turbine’s performance and should be repaired as quickly as possible by an experienced team like Dangle. Today, cutting edge equipment is used to optimise performance and longevity across the sector, with Power Curve upgrades and Leading Edge Protection playing a pivotal role.

Rope Access Companies

If you are considering rope access for your next project or you require an IRATA technician or simply just more information about how much rope access could save you in costs, please do not hesitate to get in touch with a member of our team today.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Rope Access Blade Repair Companies

Dangle Support Dundee Youth Football

Tue, 29 Sep 2020 11:45:37 GMT

Stevie Campbell Football Academy

SCFA Sponsorship

Here at Dangle , we are incredibly proud to continue our support of local youngsters in Scottish grassroots football and are happy to announce our sponsorship of the Stevie Campbell Football Academy in Dundee.

The youth setup, which offers professional coaching to boys and girls is our second sponsorship in grass routes football in the UK, as we continue to support young children and their development in sport. Being able to offer this level of support is extremely important to us and we are constantly looking at providing support and sustainability wherever we can in the local communities in which we operate.

During these difficult and challenging times, we recognise the need for this type of support, more than ever before, as the COVID-19 pandemic is having a huge impact on many sporting clubs around the globe, not just here in Dundee. We know that many of these clubs are feeling the strain, especially financially.

But that’s not all… during these difficult times, sport can provide a valuable way for children to relax, have fun and build confidence, whilst providing a sense of normality. At the same time, it’s now more important than ever for children and adults alike to look after their mental health and the Stevie Campbell Football Academy provides many amazing benefits to children in and around Dundee. So, naturally we are proud to officially unveil our sponsorship to SCFA.

At Dangle, we feel an enormous sense of pride to support and develop grassroots football and although this year maybe a little different from others for us all, we know the boys and girls at Stevie Campbell football school have a fantastic year ahead of them!

Supporting Dundee Youth Football

Managing Director of Dangle, Simon Dunn said: " At Dangle we don’t just provide a range of high-quality, professional industrial rope access services for our clients of Dundee, we also support the local community here, in which we are based.

“Alongside Stevie Campbell ex Dundee FC & Dundee Utd professional footballer, Dangle also sponsor the Hilda Park Football Club in County Durham. Supporting and celebrating grassroots football is very important to us at Dangle and the Stevie Campbell Football Academy is extra-special because it marks our first local Dundee based sponsorship and Stevie has unparalleled experience in the field of youth development football, including the enjoyment and player development of my own son and daughter"

About Dangle Rope Access

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Dangle Celebrates Living Wage Employer Award

Mon, 13 Jul 2020 11:11:45 GMT

Dangle becomes latest Company in Scotland to exceed Living Wage

DANGLE CELEBRATES REAL LIVING WAGE

Rope Access Employer

Dangle Rope Access is celebrating after becoming the latest company in Scotland to demonstrate it exceeded the living wage, becoming a rope access employer that has been accredited as a real Living Wage Employer.

Dangle is based in Scotland, a region where nearly a fifth of all jobs (17%) pay less than the real Living Wage, which is around an eye-watering 380,000 jobs. Despite this, Dangle has committed to pay the real Living Wage and deliver a “fair day’s pay for a hard day’s work.”

Simon Dunn, Managing Director, Dangle said: “Our Living Wage commitment will see everyone working at Dangle receive a minimum hourly wage of £12.60 in the UK or £13.85 in London. Both rates are significantly higher than the government minimum for over 21s, which currently stands at £12.21 per hour.

The real Living Wage is the only rate calculated according to the costs of living. It provides a voluntary benchmark for employers that wish to ensure their staff earn a wage that they can live on, not just the government minimum.

Since 2011 the Living Wage movement has delivered a pay rise to over 230,000 people and put over £1 billion extra into the pockets of low paid workers.

Simon Dunn, Managing Director, Dangle said: "Dangle is committed to training and developing all our employees and creating opportunities in line with the Company Core Values and Business Plans.

“We fully recognise the importance of setting clear targets for performance to enable employees to meet both personal and corporate goals, so it is our aim to provide a working environment that promotes personal development, equal opportunity, recognises an international, diverse workforce and encourages loyalty and commitment to our Company.

We are delighted to be now recognised by the UK's Living Wage Foundation for providing the necessary resources to allow us here to be explicit in our message of carefully selecting and placing employees to ensure that the correct person is in the correct place at the correct time."

Dangle strives to deliver efficient use of manpower when it comes to facilitating the ability and potential of all employees, so that they benefit from fair rates of pay that exceeds the minimum living wage and are consistent with local market rates for similar rope access jobs

Katherine Chapman, Director, Living Wage Foundation said: “We’re delighted that Dundee based Dangle Rope Access has joined the movement of over 6000 responsible employers across the UK who voluntarily commit to go further than the government minimum to make sure all their staff earn enough to live on.

“They join thousands of small businesses, as well as household names such as Burberry, Barclays, Chelsea and Everton Football Clubs, Lush, and many more. These businesses recognise that paying the real Living Wage is the mark of a responsible employer and they, like Dangle, believe that a hard day’s work deserves a fair day’s pay."

About Dangle Rope Access

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Rope Access Jobs

Courier Press Release Across Dundee, Fife & Tayside

Sat, 11 Jul 2020 10:45:39 GMT

Rope Access Offshore Companies

Specialist rope access offshore company team take businesses to new heights

Recently Managing Director of Dangle - Simon Dunn, sat down with Courier, Dundees local media company DC Thomson, and journalist to discuss the effect Covid-19 and the Coronavirus lockdown had on business.

Heres the press release and what was discussed...

Courier press release across Dundee, Fife & Tayside

When did you set up Dangle Rope Access? Dangle was set up in August 2013

Why did you set up Dangle Rope Access and what did you want to offer the public and businesses? I had spent time working for a variety of offshore oil and gas companies prior to setting up Dangle Rope Access in Scotland.

I felt my experience of managing large rope access and painting projects offshore, where safety is typically extremely high, could be well positioned to offer onshore and civil sectors a professional team of working at height professionals trained in a wide variety of trades to an incredibly high standard of safety, so went about setting up a rope access offshore company that could easily transition its offering to onshore locations.

What is the most popular service of Dangle Rope Access and why do you think this is? Dangle is at its core, a working at height company, providing industrial abseiling as a means of access to otherwise costly and difficult to reach locations.

Typically this lends itself to the offshore oil and gas and more recently the offshore renewable wind industry as these large metallic structures are placed in often harsh and difficult to reach environments offshore. Dangle Rope Access has combined expert and hands on experiences within these sectors to provide clients with a solution to their most complex corrosion and unreachable areas.

We believe clients enjoy working with us as we offer a bespoke, personal touch whilst delivering the highest standards and tailor made solutions.

During lockdown, has the business operated differently and in what way? Dangle, like most other businesses has faced challenges during lockdown, and as a rope access company we are heavily reliant on the health and wellbeing of our team often working in close proximity to each other in addition to other contractors.

Our IRATA level 3 rope access supervisors are placed on all rope access projects to oversee site safety and therefore are heavily involved in close working relationships. In the event of a rescue scenario unfolding while working at height, social distancing measures are compromised, so we have adapted our already extremely robust business management systems and onsite risk assessments to now ensure all our technicians, where social distancing cannot be maintained (such as a rescue from height scenario) have a face mask covering in line with government guidelines.

We also have a specially adapted plastic face shield which are now built into their hard hat/helmet system for rapid and easy deployment. Guidelines from our rope access equipment manufacturers have also been introduced so that after each working day, all equipment is stripped and hard surfaces are wiped with antibacterial and antiviral wipes, any fabric surfaces are now washed immediately after use.

What impact has lockdown had on your business? We have seen our most productive year on paper at the start of January 2020 dwindle to almost a reactive "emergency only" operation as planned maintenance contracts were cancelled right across the UK.

Historically, our line of work is seasonal due to weather restraints caused by higher winds and other environmental factors such as rain. So as we approach Autumn, when typically our better weather window closes, we are left with a 8 week or so window of opportunity to operate out of what would have been a year's trading.

Reflecting our ability to diversify and utilise our skills during this time, we have now introduced industrial training certification with Train the Painter allowing us to offer a full range of painter applicator courses online.

T ell us about why people should use Dangle Rope Access? Dangle Rope Access is an award winning and successful family business that's well-founded and well-run. Our core values are built around commitment and unified leadership, stability, trust and authenticity.

We adopt a flexible and versatile approach that most larger companies are not able to offer due to their size and structure whilst still retaining the vision and long term goals almost all customer focused businesses do.

We believe that helping clients decrease costs, while improving service levels and safety through commitment and next generation ingenuity, is taking a fresh approach to client satisfaction.

What are some of the biggest challenges for people and businesses when needing rope access experts? Simply put - It's the law.

All companies must follow HSE legislation. Dangle Rope Access specifically covers the working at height regulations (WAHR 2005) and our services are designed to offer solutions that comply fully around that.

Tell us about some of the jobs and contracts you have undertaken prior to Covid-19? Recently Dangle was tasked with a coating repair campaign on the offshore Wikinger Wind Farm in the German Baltic Sea.

We mobilised a team of offshore GWO certified rope access painting technicians to perform a visual inspection survey identifying coating damages prior to then repairing the damages to NORSOK M501 standards . This was a project that had originally been started by another organisation but they were unable to complete successfully.

The feedback Dangle received after successfully concluding the campaign for our client Iberdrola has been fantastic and we look forward to working on their other wind farms in the near future.

This epitomises Dangle's ability to offer proactive solutions and support companies at any stage in their project, and i look forward to creating further rope access painting jobs in the future.

And are there any new services you have introduced? Dangle has been hard at work during lockdown behind the scenes utilising our strict and disciplined health and safety procedures combined with our expertise in industrial coatings and the controlled use of chemicals and paints.

We have introduced a local fogging service to assist Dundee businesses looking to reopen their doors to staff and the wider public, safely. We have also begun offering online e-learning coating applicator training for industrial painters wanting to gain the internationally recognised Train the painter (TTP) and CSCS paint applicator programme, allowing study and examination to be done from the safety of their own home.

Using my knowledge as a trainer and TTP instructor, level 3 coating inspector, with over 15 years direct painting experience, and author of the published title " Corrosion in a modern world - offshore wind " I'm also an active member of the UK's institute of corrosion, there's no one better in Scotland to train with, in my eyes.

About Dangle Rope Access

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Dangle is offering clients a free no obligation quotation for onshore assets, so if there's a land-based project anywhere in the UK, you'd like our working at height or corrosion experts involved in, email: dangle@onropes.co.uk .

For anyone wanting to renew their current ‘train the painter’ certification or looking to gain an internationally recognised industrial painting qualification, Dangle is offering up to 30% off for a limited time. View our painting courses online

For full details on the services Dangle can offer, click here for more information about us.

To view the full press release for free - visit the Courier website here .

Rope Access Painting Jobs

Dangle and Power Curve Partnership Offers Wind Turbine Upgrades

Thu, 18 Jun 2020 14:53:50 GMT

Dangle Rope Access and Power Curve ApS in Denmark Join Forces

Rope Access PCU

Specialist design and manufacturing company, Power Curve ApS, has forged a strategic partnership with Dangle Rope Access, to help them deliver specialist installation services of wind turbine performance upgrades across the UK's wind farm sector.

The partnership will combine Power Curve ApS world class wind turbine performance upgrades and testing services with Dangle's range of flexible, high-quality and rapidly deployed access solutions.

Power Curve ApS has developed designed and tested services delivered by qualified personnel, which includes on the business side, bringing the necessary experience as a leading service provider for the global wind energy industry, and SanderTech A/S (now SP Moulding) brought 80 years of experience within plastics moulding, including subcontracting to major wind industry OEMs. Then t he scientific side of their business, ensuring that the project would build on the very latest know-how and research, the Technical University of Denmark (DTU Wind Department) brought their world-leading work in the field of aerodynamics..

Power Curve and Dangle will now begin targeting sites of already installed wind Infrastructure such as onshore wind farm locations, right across the UK.

The agreement concept which is designed and manufactured by Power Curve ApS, the Danish company is a world leader in designing and building wind turbine blade upgrades to increase performance and reduce drag through small changes, has already delivered over 700 similar projects worldwide and with Dangle onboard in the UK to support customer installations and client satisfaction, will continue their market domination.

Jesper K. Nielsen, CSO at Power Curve ApS said: “ To be successful, our solutions must utilise the very latest technical knowledge. We believe this leads to the highest returns for our customers and to more efficient green energy for our society. It is important to us to be at the forefront of technological advances and innovation in the field of blade aerodynamics, we see Dangle playing an important role in that mission. ”

Simon Dunn, Managing Director of Dangle Rope Access, said: “ The situation around the transition to further green energy is the largest demand my generation has had to face. The EU's energy plan means it will be necessary to produce 265GW of total wind power by 2030 and this partnership can help in doing its bit in making that happen, utilising technology that already exists today. ”

Dangle , through its rope access service , can now deliver flexible onsite vortex generator installation, gurney flaps and other powerful aerodynamic upgrades to wind turbine blades using the very latest science and modelling to increase annual energy performance (AEP) to wind farm owners and operators across the UK.

Power Curve is the only global supplier of vortex generators that has design capabilities to regain turbine production lost to blade surface roughness. Striving for better solutions in everything they do. Improving wind turbine power performance is meaningful and a win-win proposition as all parties involved stand to gain, including the environment and humanity.

To discuss requirements, contact:

Simon Dunn, Managing Director, Dangle Rope Access simon@onropes.co.uk

Jesper K. Neilson, CSO, Power Curve ApS jkn@powercurve.dk

About Power Curve ApS (Denmark)

Power Curve is an independent service provider to the global wind industry. We design, manufacture and install power upgrades for wind turbine blades to help our clients make their wind projects more profitable.

About Dangle Rope Access

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Wind Farm Power Upgrades

Wind Turbine Blade Retrofits

Rope Access Service Company UK

Sat, 23 May 2020 20:58:30 GMT

Rope Access Service Company

What is Industrial Rope Access?

Rope access is a technique using ropes, normally incorporating two separately secured systems, one as a means of access and the other as back up security, used with a rope access harness in combination with other devices, for getting to and from the place of work and for work positioning. Rope access or industrial climbing is a form of work positioning, initially developed from techniques used in climbing and caving, which applies practical ropework to allow workers to access difficult-to-reach locations without the use of scaffolding, cradles or the use of mobile elevated work platforms (MEWPS).

Many believe that modern industrial rope access techniques were developed from mountaineering and sport climbing disciplines. There is little doubt that many of the original rope access workers came from backgrounds which involved such activities, but the fundamental techniques came from single rope techniques‘ (SRT) developed by cavers.

Instead of using cumbersome ladders to descend and ascend deep shafts, rope techniques were deployed which allowed faster and safer descents and ascents of deep underground systems. Cavers used rope techniques to engineer access and egress to and from such areas.

Rope access technicians descend, ascend, and traverse ropes for access and work while suspended by their harness. Sometimes a work seat may be used. The support of the rope is intended to eliminate the likelihood of a fall altogether, but a back-up fall arrest system is used in case of the unlikely failure of the primary means of support. This redundancy system is usually achieved by using two ropes - a working line and a safety line.

Industrial rope access companies began in the late seventies/early eighties. The deployment of the single rope technique proved to be a safe system with few accidents once it was fully developed. To make it viable for the industrial environment, the system was further developed during the eighties by the addition of a back up security rope thereby providing two levels of redundancy.

Work was carried out on buildings, bridges and other structures such as radar dishes, masts etc. The techniques were readily transferred to the offshore environment. Currently, it is standard procedure to utilise industrial rope access for all manner of inspection, repair and maintenance tasks now offshore in oil and gas and offshore wind energy.

In 1987 the Industrial Rope Access Trade Association was formed ( IRATA ). This association is now regarded as the lead body for matters relative to industrial rope access both in the UK and worldwide. The UK Health and Safety Executive had significant influence in ensuring that rope access would provide a safe system of working. This resulted in the production of guide-lines which covered the deployment of rope access systems and the certification of personnel involved in industrial rope access by IRATA. The acceptance of industrial rope access as a safe method of working is mirrored in the production of BS 7985: 2013: Code of Practice for the Use of Rope Access for Industrial Purposes. This standard is based upon the original IRATA Guidelines and has formed the basis of the International Code of Practice

(ICOP) which came into effect on the 1st January 2010.

Rope Access Training

Training is a vital element in providing a safe system in any work situation, not just rope access. In the IRATA system, there are three levels of rope technician. The criteria for achieving these levels of competence are detailed in IRATA’s Training and Assessment Certification Scheme, first published in August 2014 (TACS).

To become a IRATA Level 1 requires a minimum four-day intensive training course (minimum of 30 hours) and a one-day assessment carried out by an independent IRATA qualified assessor. The training course includes ascending and descending techniques, knots, equipment appreciation and simple rescue techniques. The training does not include the use of any tools or work skills. A Level 1 (trainee) is defined as a technician who is able to perform a limited range of rope access tasks under the supervision of a level 3.

To achieve IRATA level 2 , the level 1 has to have completed at least 1000 logged hours on rope and have been working in rope access in a wide variety of situations for at least a year. He or she is required to undergo a further 4 days training before this assessment. A level 2 (lead technician) is defined as a technician who is capable of rigging working lines, undertaking rescues and performing other rope access tasks under the supervision of a level 3.

To achieve IRATA level 3 , which is supervisor level, the level 2 has to have at least a further 12 months broad experience in rope access work, with an additional 1000 logged hours on ropes and hold a valid first aid certificate. The candidate then undergoes an independent assessment where competency in advanced rescue techniques and good knowledge of legislation will have to be demonstrated. He or she is required to have a further 4 days training before this assessment. A level 3 rope access supervisor is defined as a technician who is capable of complete responsibility for work projects;

• is able to demonstrate the skills and knowledge required of rope access levels 1 and 2

• is conversant with relevant work techniques and legislation of working at height

• has a comprehensive knowledge of advanced rope access rescue techniques

• holds a current first aid responder certificate

• and has knowledge of the IRATA certification scheme

Training is carried out by specialised IRATA Member training companies . Trainers have to be rope access level 3.

All IRATA certified personnel must be re-assessed every three years.

It is important to understand that rope access training enables successful trainees to gain access or egress to work sites and it is the safe execution of any specific works that is the priority. 

What Makes Rope Access Safe?

A risk assessment must be carried out before any activities commence in order that control measures for particular hazards are put in place.

All personnel are responsible both for themselves, their team members and any third parties who may be affected by the activities taking place.

In all circumstances safety will take the highest priority.

When carrying out any rope access (work positioning) manoeuvres, all personnel must be attached to two independent lines, the working rope and backup rope.

All connectors must be fully done up

To work safely at a height requires those engaged in the work to have an appropriate attitude and aptitude for such work.

Those who work at a height need to be confident in exposed places, but not over confident or reckless. Frequently, these workers will work in remote places or will be out of sight of their supervisors. It is, therefore, especially important that the workers can be always relied upon to behave in a sensible, professional and responsible manner.

Rope access work can only be carried out in a safe manner where people are competent, suitably experienced and trained, capable of inspection of their own equipment and subject to appropriate levels of supervision. Because of the potential hazards associated with this work, it is essential that people are properly trained in the use of the methods of access that they will use.

6 x GOLDEN RULES OF ROPE ACCESS SAFETY

STOP AND THINK
ALWAYS HAVE 2 INDEPENDENT POINTS OF ATTACHMENT CLOSE CONNECTORS
KEEP BACKUP DEVICE HIGH
LOCK OFF DESCENDER
ALWAYS ADD BEFORE TAKING AWAY POINTS OF ATTACHMENT
USE THE BUDDY SYSTEM AND NEVER WORK ALONE

Rope Access Risk Assessment and Method Statement (RAMS)

Many clients require a Risk Assessment and Method Statement (RAMS) before any work commences on their site. In simple terms a method statement is a safe work plan for a particular job or task and is the end product of a risk assessment. In the UK the Management of Health and Safety at Work Regulations require a risk assessment to be carried out before work can begin, with roped access being no different.

The modern and good practice approach to safety requires those responsible for any work to consider in advance the risks involved and plan accordingly to eliminate them wherever possible or at least control and minimise them to an acceptable level. When working on clients premises there is inevitably a degree of shared responsibility between those supplying the service and those responsible for the site and it is important to ensure that everyone involved has a clear understanding of their respective responsibilities.

The first stage in drawing up a rope access method statement is the risk assessment, for which two concepts need to be understood: hazard and risk.

What's a Hazard?

A hazard is something with the potential to cause harm. This can include chemical substances, methods of work, like rope access and the working environment.

What's a Risk?

Risk is a combination of the likelihood of that harm occurring and the severity of the consequences.

We all do risk assessments in our everyday lives without thinking about it. We look both ways before crossing the road and assess whether the speed and proximity of vehicles make it safe to cross. However to assess some risks may require specialist knowledge such as the consequences of being exposed to a particular substance. When assessing risk, emphasis should be placed on the severity of consequences. Even if the likelihood of harm occurring is low; the consequences may be such that the risk is unacceptable.

Remember that consequences may affect many people other than those directly involved in the work or in the immediate vicinity. For example a swinging load could injure someone nearby but if it struck and fractured a pipe in a chemical plant it could affect the entire neighbourhood or possibly worse.

The level of detail in a risk assessment should be proportionate to the risk. For all tasks the method statement should be formally prepared and written down so that it can be reviewed by all parties involved. Many clients will request the method statement prior to arrival on site so that they can consider what is to be done, how it is to be done and how it will affect them and, if necessary, request changes, usually in advance. In any event, having a work plan is useful in preparing for any problems that might arise and ensuring that everyone concerned is aware of what is to be done, how it will be done and the risks that might arise in the process.

One way of preparing a method statement is to have a model plan and consider how the operation and conditions vary from the norm, then, adapt the plan to the particular job.

Eliminating & Controlling Risk

If there is no hazard then there is no risk, so the obvious way of eliminating the risk is to remove the hazard. Taking the example of an acid cleaning fluid, it may be possible to use a detergent based cleaner instead as this has a significantly lower risk. Similarly using a purpose designed piece of lifting equipment, e.g. a lifting beam or a special clamp, may be much safer than trying to lift and manipulate a difficult load with general purpose slings. When working above people below, consider the consequences of accidentally dropping tools or materials. A rope access inspector with only a hand held torch can remove the hazard by attaching the torch it with a lanyard prior to working at height.

For many hazards it may be possible to reduce the risk to acceptable levels or eliminate it completely by substitution or by a change of working practice. However, this will not always be the case. There may be practical or economic reasons why the hazard remains and other steps will be necessary.

Considering again the cleaning fluid, whilst a detergent based product will have significantly lower risks some remain. If the operator wears protective gloves and safety glasses, then the risk of dermatitis or eye damage is reduced, even removed. When lifting equipment is used in adverse conditions, increasing the factor of safety and/or increasing the frequency of thorough examinations may control the risk. When working above people below, the risk to them, arising from falling tools and material can be controlled by a safety net or cordoning off the area below using barriers.

We can see from the above that the approach to be taken is logical. Remove the hazard if possible and, if it cannot fully be removed, reduce the risk to an acceptable level by processes, guards, PPE etc.

Identify the Hazards
Decide who may be harmed and how
Evaluate the risk and decide on precautions
Record your significant findings
Review your assessment and update if necessary

How to Prepare a Rope Access Method Statement

For a complex job, break it down into a series of operations and prepare a method statement for each operation. Putting these together will form the method statement for the complete job. Every stage of each operation has to be considered.

First some research is required. We need to know what the site conditions are like in order to organise equipment and work procedures. For example, is it hot – cold – wet – difficult to access – restricted – noisy? Are there services in the work area that might present a hazard, e.g. gas – electricity – water? Is the lighting adequate? Is the floor, passageways and hard standing capable of sustaining any loads that might be imposed by rope access equipment etc?

A site visit may be necessary, not always, although its generally good practice to carryout a site visit to obtain sufficiently detailed information.

From this information a method statement can be prepared showing the equipment required, the sequence of events, the hazards identified and the risks arising from those hazards and the means of controlling them. It is advisable to build in a method for varying the plan, by agreement with the customer, to allow for changing site conditions, using dynamic risk assessments allows for changes. The method statement should be agreed with all parties involved and a record kept for any safety induction meetings that are held.

Contents of the method statement

document title
company details e.g. name, address, telephone numbers, email address document author
health and safety contact person
document traceability details, e.g. number; issue date;
revision date and revision number
site address
site contact details, including emergency telephone numbers
start date and completion date
a description of the works, task or process detailing rope access as the method.

Dangle's Rope Access Equipment

Descenders

Petzl Rig

For personal or assisted rescue or descent

Self-braking descender for single rope, static, semi-static (EN1891) or dynamic (EN892) rope (of kernmantel construction). Diameters 10.5 to 13mm. Maximum descent distance 200m. Normal working load: 100kg. In exceptional circumstances (rescue) the maximum load can be increased to 200kg, additional friction braking will be required. Certified to EN12841 type C and EN341 class A.

Petzl I’D

For rescue and independent or assisted descent

Loads of over 150kg are not recommended because of possible high impact forces on other components of the system. I‘D certified to EN12841 type C and EN341 class A. Self-braking descender for single rope, static, semi-static (EN 891) or dynamic (EN892) rope (of kernmantel construction). Diameters 10.5 to 13mm. Maximum descent distance 200m. Normal working load: 100kg.

In exceptional cases, for example accompanied descents, the maximum working load indicated by the standard EN341 may be insufficient. Laboratory tests have shown that, with precautions taken in use (no impact force may occur), the I‘D can be handled with a load of up to 250 kg.

Harness

Petzl Astro Bod Croll fast

Integrated CROLL ventral rope clamp for ascending ropes.

Sternal attachment point can be used to connect a fall-arrest system and help ensure that the user is suspended in the correct position after a fall. One ventral and two lateral attachment points for multiple hands-free work positioning configurations. Can be used in conjunction with a work seat for prolonged suspension. Conforms to standards EN361 (fall arrest harness) EN 358, EN 12841 type B, EAC and EN813 (Work position harness). Minimum strength of 15kN on each D-ring.

Helmet

Petzl Vertex

Lightweight helmet for work at height and rescue

Lightweight and comfortable helmet, meets requirements for work at height. Chinstrap designed to reduce the risk of the helmet coming off as a result of an impact during a fall, it has a breaking strength greater than 50daN (EN12492 mountaineering helmet standard). Meets the requirements of the EN397 and EN12492 standards for impact protection. Meets the requirements of the EN 397 and EN 50365 standards for electrical insulation. Meets the optional requirements of the EN 397 standard for molten metal spray, lateral deformation and use in low temperatures.

Ascenders

Petzl Ascension Handled rope clamp

Handle with ergonomic grip for comfort and thermal insulation. Trigger cam with teeth and cleaning slot: works even on dirty or icy ropes. Ergonomic spring-loaded catch is easy to use even when wearing gloves. Spring-loaded catch can be locked in the open position so the rope clamp can be put on or taken off the rope with one hand. Two holes on the bottom: one to connect a lanyard and one for installing a foot loop with a quick link. The upper holes allow a to be clipped so the rope clamp can be used for self-belaying or with hauling systems. Available in right and left-handed versions. Certification EN567 and EN12841 Type B.

Petzl Croll

Chest-mounted rope clamp t o be used in conjunction with the ASCENSION for ascending a rope. Trigger cam with teeth and cleaning slot: works even on dirty or icy ropes. Ergonomic spring- loaded catch designed to facilitate installation/removal of rope when the device is in place on chest. Spring-loaded catch can be locked in the open position so the rope clamp can be put on or taken off the rope with one hand. The attachment hole is oriented so the device lies flat against the chest when clipped in. Certification EN567 and EN12841 Type B.

Connectors

The essential link in any rope access safety system, connectors vary according to their shape, size and locking system. The size of the gate opening determines what they can be clipped to. Aluminium connectors are made of an alloy ensuring an excellent strength to weight ratio. The heavier steel connectors are most often used in anchor systems and where durability is of importance. Certification EN362. Typical breaking strength 25kN.

Back Up Devices

Petzl ASAP Lock

Mobile fall arrester for rope access similar device to the ASAP but has a lock function to help keep the backup high and is easier and quicker to attach to and detach from the rope. Certification EN 353-2 and EN 2841 Type A

For use with 10.5 to 13 mm semi-static ropes (EN1891 type A) certified with the device.

What's Rope Access Equipment Certification?

All the rope access hardware equipment owned by a contractor should be individually numbered and traceable to a test certificate. The equipment is visually inspected by a competent person and certified as a minimum, on a six-monthly basis. Rope access work equipment and training equipment is inspected by a competent person every six months. This complies with Lifting Operations and Lifting Equipment Regulations 1998 (LOLER).

All equipment should be checked there after each time prior to being used on a project by the rope access team.

Care and Inspection of Rope Equipment

Hardware should be free from rust, and kept clean. The steel karabiners, maillons and wire slings should be cleaned with a wire brush and lubricated appropriately. The remainder of the hardware, (ascenders, descenders, back-ups etc.) which are alloy, should be cleaned and lubricated as required according to the manufactures care guide.

The hardware; ropes, harnesses, and tape slings etc should be cleaned in a low temperature wash (40°C or below) with a non-bleach soap, rinsed and dried naturally. The equipment should be stored in a cool, dry environment, away from direct sunlight as UV light can cause damage to synthetic threads.

Defective Working at Height Equipment

Any item of hardware showing excessive wear or damage or software showing signs of tears, cuts or abrasion should be quarantined and returned to stores with a non-conformance report for further inspection/repair. A non-conformance report is filled in and returned with the piece of equipment so that it is high-lighted to the materials controller. It is thus ensured that the piece of equipment is either repaired or withdrawn from service. If no rope access stores are available on-site usually the level 3 site safety supervisor is informed and he or she will remove the defective equipment from service and mark them item in question with "Do Not Use" and a date prior to placing in quarantine until such a time the rope access stores can be accessed.

About Dangle Rope Access

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Working at Height

High Level Access

Offshore Wind Farm Coating Surveys

Mon, 11 May 2020 16:12:20 GMT

Rope Access Wind Farm Coating Inspection

Wind Farm Paint Inspection

This blog post aims to supply our Clients and Coating Inspection personnel with a detailed procedure for conducting a Visual Inspection (VI).

The procedure covers the following aspects:

General Visual Inspection (GVI) conducted from a distance greater than 1 meter from the component being tested.
Close Visual Inspection (CVI) of painting, performed within 1 meter of the component, using unaided vision.
Enhanced Visual Inspection employing optical aids, including magnifiers, microscopes, mirrors, borescopes, endoscopes, digital cameras, and more.

RUST DEFINITIONS

Corrosion: The wearing away or gradual destruction from the surface inward due to either chemical attack or oxidation.
Rusting: Oxidation of iron. This is the most common form of corrosion on facilities and may result from the breakdown of protective coatings.
Scale: Build up of a layer of corrosion product that is of measurable thickness and completely covers the base material underneath it. The thickness of scale is some magnitude greater than the material loss below it. The scale may be loose or adherent, however is generally easily removed in order to sight the extent of the material loss underneath. This is generally a result of extreme oxidation on steel structures.
Pitting: Depressions in the surface as a result of material loss, either separate or confluent. Little or no corrosion product may be evident.
Coating Inspection: A covering applied to the surface of a object or structure, usually referred to as the substrate with inspection being most generally, an organised examination or formal evaluation exercise, usually involving measurements, tests and procedures.

COATING QUALIFICATIONS

Personnel using this procedure should be trained and competent:-

Personnel should have been examined in the preceding twelve months by a competent medical authority to prove:-

a natural or corrected near vision acuity in at least one eye such that they are able to read Jaeger No.1 Times Roman (N4.5 Sized) or equivalent letters on a Jaeger standard test chart at a distance of not less than 300mm.
a natural or corrected distance acuity of not less than 20/40.

In addition to any formal qualifications (usually NACE , ICORR , BGAS and FROSIO as the most recognised bodies in the world of painting inspection certification) personnel should be trained in the correct usage of any specialised equipment (for example low and high voltage holiday detection), such training should be based on manufacturers recommendations and guidelines.

SAFETY REQUIREMENTS FOR COATING INSPECTORS

It is of paramount importance to assess all hazards associated with a inspection operation and take steps to ensure that the risk of accident / injury from those hazards are removed or reduced to an acceptable level. Many precautions are common sense but it is important to consider the following;

Access and egress to the area.
Atmospheric conditions ( Temperature , humidity etc )
Electrical hazards associated with light sources ,hand tools etc
The hazards associated with any particular surface cleaning agents i.e. paint strippers, solvents detergents etc.

Dangle Rope Access will always preform a dynamic risk assessment prior to commencing any work scope, no matter how large or small.

PAINT INSPECTION EQUIPMENT

Specialised equipment utilised to enhance Visual Inspections should be subject to test/examination/ calibration and certification in accordance with manufacturers recommendations or guidelines, all of which Dangle can supply using our own in-house paint inspection test equipment, all manufactured by the world leaders in paint inspection test equipment Elcometer .

Paint Inspector Requirements

Prior to examination the Coating or Paint Inspector should ensure familiarity with the manufacturing and finishing processes involved in producing the material/item to be examined .

Surface Condition and Preparation

The area under examination must be free from surface contaminants that may reduce the efficiency of inspection equipment, or lead to false or inaccurate readings. Typical examples of such contaminants include ; rust, scale, grease, spatter etc.

Paint coatings are not normally to be removed without the prior consent of the client.

The area under examination must be suitably illuminated preferably by natural daylight, or the artificial light must be of a sufficient level to ensure an accurate inspection. (Typically 500 lux at the point of inspection of a coating.) If artificial lighting is required the Coating Inspector must allow sufficient time for his/ her eyesight to adapt to the change in conditions prior to the inspection taking place.

GENERAL VISUAL INSPECTION (GVI)

An appropriate vantage point from which the item requested for a GVI can be easily seen. The vantage point should be chosen at a safe location i.e. from a walkway or access platforms and free from emergency routes.

It is advisable that a portable high intensity light source be taken to site to improve illumination, for most oil and gas platforms this will be required to be EX rated so that sparking potential is eliminated. The appropriate permits for this equipment should be sought and all safety requirements must be adhered to. The items selected for this type of coating inspection may then be viewed either directly or indirectly using Binoculars. Any of the following anomalies should be noted on the ‘Visual Inspection Report’ sheet provided by Dangle:

Any impact damage causing dents or buckles
Any significant areas of coating breakdown where corrosion is evident
Any rust staining from nodal or other welds (may indicate weld failure)
Any debris lodged on structural members which could damage coatings or otherwise cause corrosion
Any loose structural cladding or passive fire protection
Any loose or otherwise damaged pipe clamps
Any areas where cladding or insulation may of prevented observing the underlying surface (such as Corrosion Under Insulation CUI)

If an observed defect appears to be of a serious nature, then a closer investigation perhaps using rope access techniques should be initiated, at a minimum documented and reported.

If any further NDT techniques, such as MPI, UT or Eddy Current is required to be performed the results of this should be recorded on the appropriate Inspection Report and this should be attached to and referenced on the ‘Visual Inspection Report’ creating a document trail.

The material should be subject to thorough visual examination taking into account surface abrasions, corrosion, erosion, mechanical damage, wear and tear, distortion and poor workmanship which can include, although is not limited to, sags, runs, misses etc. All indications must be assessed in accordance with the acceptance levels detailed within the Clients reference Specification or Inspection Test Plan (ITP). The Clients Representative should be notified of all indications that are determined as being out-with their acceptance criteria specified following the examination, on an ascending scale of severity, with serious/dangerous anomalies being highlighted immediately and less severe non-safety critical items being reported within the project duration. It's always important to consider the clients representative may not have any formal coating inspection knowledge.

CLOSE VISUAL INSPECTION (CVI)

If an anomaly is spotted during a General Visual Inspection, then a close visual inspection should be undertaken to further investigate the finding, if the task has been risk assessed and is safe to do so.

CVI will also be directed at a particular defined item or critical part of a structure e.g. a structural node, a weld or a bolted joint. The purpose of a CVI is to assess the condition of the subject and to identify and, if appropriate, measure any anomaly. A CVI will require access to be provided which allows physical contact (< 1M) with the area in question, and rope access using Dangle's expertise in coating inspection is a safe and cost effective method for this, with rapid deployment and minimal downtime, if any, caused. A Close Visual Inspection will normally require the subject part to be cleaned from any adherent deposits. The requirement for a CVI will be identified at the planning stage or, it may be initiated as a result of a possible anomaly identified by GVI.

CORROSION EXTENT QUALIFIERS

Reference: General arrangement drawings, Asset maintenance programme, appendices for graphs of extent estimators etc.
Extent: Isolated, scattered, localised or general
Severity: Light, moderate, or heavy
Type: Rusting, scaling, crack or pitting

These qualifiers are further explained and broken down in the preceding paragraphs.

CORROSION EXTENT CLASSIFICATIONS

Isolated: This term should apply when there are only a few counted incidences of the effect to be reported, which individually do not cover any more than 5% and collectively no more than 20% of the surface area of the item being reported upon.
Scattered: This term should apply when there are many incidences to be recorded which follow no set pattern, and which individually cover no more than 5% and collectively no more than 20% of the surface area of the item being reported upon.
Localised: This term should apply when there are only a few incidences that follow a pattern and individually cover no more than 10%, and collectively no more than 30% of the surface area of the item being reported on.
General: This term should apply when there are either too many incidences to count which collectively cover more than 20% of the surface area, or when there are only a few incidences which collectively cover over 50% of the surface area of the item being reported upon.

SEVERITY & RUST TYPE CLASSIFICATION

The severity and type of corrosion could be reported in accordance with the following sub-sections.

Rusting

Light Rusting: Tarnishing or ‘flash rusting’ which leaves a loose powdery deposit. The base surface has not been unduly roughened by corrosion.

Moderate Rusting: Corrosion of a surface has resulted in obvious material loss in some areas, leaving roughened or dimpled surface, whilst still retaining patches of the original surface locally.

Heavy Rusting: Corrosion resulting in obvious material loss, the surface having been roughened or dimpled with no areas of the original surface remaining.

Scaling

Light Scale: A single layer of corrosion product, less than measurable thickness.

Moderate Scale: A single layer of corrosive product less than 1mm thick, either adhering to, or flaking away from the surface

Heavy Scale: Multiple layers of corrosion product, over 1mm thick, either adhering to, or flaking away from the surface.

Pitting

Light Pitting: The surface has been attacked in specific areas, leaving small pits of less than 1mm depth and of less than 1mm width, which are generally isolated and not extensive.

Moderate Pitting: The surface has been attacked in specific areas leaving pits of less than 2mm depth and less than 2mm width, which are generally isolated and not extensive.

Heavy pitting: The surface exhibits either many small pits which are generally isolated and not extensive, resulting in a break-up of the surface, or individual pits whose width and/or depth exceed 2mm.

Click here to check out our blog post of Corrosion Classifications in detail.

TYPICAL CORROSION ACCEPTANCE OR REJECTION CRITERIA?

Typically Corrosion Acceptance and Rejection criteria could be as per the Client or the Class Society Specification.

If a client has a specific anomaly reporting system, or categorising of anomalies in severity categories, then usually this system will be adopted for reporting and assessment of accept/reject during the coating project, however its imperative that this is discussed and determined.

COATING DEFECT REMOVAL & REPAIR

Defect Repairs should be re-examined utilising the same inspection methods & equipment that detected the original defect, with additional disciplines and methods being adopted as deemed a requirement.

REPORTING

A fully detailed inspection report shall be provided on completion of all Coating Visual Inspections preformed by Dangle. Typical details would include but will not be limited to ;

Project Code
Client
Location
Description of the item under examination (listing serial / ident no’s as appropriate)
Reference to Specifications / Standards / Client Documents
Inspection Procedure Reference
Lighting Conditions
Surface Condition & Cleaning methods
Inspection Personnel Details & Qualifications
Description of methods and equipment utilised
Date of Inspection
Results of examination
Limitations & Restrictions
Details of any anomalies (Including locations /dimensions)
Recommendations

FEATURES THAT PROMOTE CORROSION

A number of design features promote corrosion because they immediate local environment and also because they effect some other part of the structure or electrochemical system. Some fractures are mainly applicable to structures, tanks, etc, and they can be placed in a number of fibroid groups which will be considered below;

Crevices are formed at joints where small gaps remain between the components of the joint. On the whole, good welded joints are less susceptible than bolted joints, although methods such as stick welding can cause a series of crevices.

Entrapment of Moisture salts and dirt can collect in many parts of a structure where open channels and angels can collect water which, as it evaporates, may leave concentrated salt solutions in contact with the protective coatings.

The local environment may be more corrosive than that for which the protective system was chosen to withstand, so premature coating failure occurs. Moisture can be a problem where absorbent materials such as wood or lagging material is in contact with metals, particularly steel or aluminium alloys. This can lead to serious localised corrosion. The floors of tanks, where there may be stagnant areas are particularly susceptible.

Ground Level Corrosion Problems frequently occur at ground level where steel columns enter or rest on the ground. The situation arises from the collection of water that runs from the structure and often there is a build up of debris, which acts as a poultice at the foot of the column. Furthermore, there is usually an element of splashing.

Limited Access Corrosion problems are likely to arise where access is limited or not possible without correctly trained IRATA rope access technicians, resulting in inadequate or no protective coatings in that region. Further problems are incurred as the corrosion may remain unseen and can reach serious, even critical conditions.

Shape In so far as coatings are concerned, the shape of structural members has a bearing on their performance. Rounded sections are easier to coat and less prone to damage than edges on rectangular sections. Typically a radius of >2mm for edges is good practice (ISO 08008611543 and considered rounded although always consult the criteria as per Client, IPT or the Class Society Specification.

About Dangle Rope Access

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Offshore Painting Surveys

Corrosion Classifications for Offshore Wind

Tue, 05 May 2020 11:13:02 GMT

Corrosion Classifications in Offshore Wind

Cathodic Protection

In this blog post we explore the corrosion classifications for offshore wind .

The most probable failure and degradation mechanisms for steel structures are corrosion and fatigue. The tower and foundation of the Offshore Wind Structures can experience a combination of these two mechanisms due to the coupled action of wind and wave loading in harsh environments. Structural failure of an Offshore Wind Structure may occur due to accelerated fatigue produced by an increase of stresses. Stresses can increase when natural frequencies are found to be similar to the rotor’s frequency and geometrical forces which can lead to devastating consequences.

Stress corrosion cracking is a major operational issue for Offshore Wind Structures and is highly dependent on which zone the stress resides in.

Four zones are usually considered in an Offshore Wind Structure:

Submerged zone —the zone where the structure is permanently submerged. Cathodic protection (CP) is generally used in this zone, often in conjunction with coating;

Tidal zone —the zone between the minimum and the maximum level of tides and governed by their variations. This region is subjected to wetting and drying cycles. Degradation occurs due to chemical attack, abrasive action of waves and other substances in suspension (ice drift or floating objects) as well as the attack of microorganisms. This zone is often coated.

Splash zone —the zone immediately above the maximum level of intertidal variation. In this zone the substrate is directly affected by water splash. The height of the splash zone is a function of the wave height, as well as of the speed and wind direction and is subjected to cycles of wetting and drying. This zone is often coated using a multi-layer coating system often involving a glass flake polymer to help protect against mechanical damage. Corrosion becomes more significant as water evaporates and salts remain on the surface of the substrate.

Atmospheric zone —the zone above the splash zone where the steel tower and topside structure suffers actions from marine aerosol, however, unlike the splash zone the structure is not usually attacked directly by water splashes. The winds carry the salts in the form of solid particles or as droplets of saline solution. The quantity of salt present decreases as a function of height distance from the mean water line. The wind speed and direction will influence the quantity of salt. This zone is also typically coated.

Corrosion can be classified according to the appearance of the corrosion damage or the mechanism is which it was caused, although subjective should only be determined by trained and competent personnel. The wrong or incorrect classification can have a detrimental impact on the desired solution.

What is Uniform or General Corrosion?

Although other forms of attack must be considered in special circumstances, uniform or general corrosion attack is one form most commonly confronting the user of metals and alloys today. Uniform (or general) corrosion, which is the simplest form of corrosion, is an even rate of metal loss over the exposed surface. It is generally thought of as metal loss due to chemical attack or dissolution of the metallic component into metallic ions. In high-temperature situations, uniform metal loss is usually preceded by its combination with another element rather than its oxidation to a metallic ion. Combination with oxygen to form metallic oxides, or scale, results in the loss of material in its useful engineering form; scale ultimately flakes off to return to nature. A metal resists corrosion by forming a passive film on the surface. This film is formed naturally when the metal is exposed to the air for a period of time. It can also be formed more quickly by chemical treatment. For example, nitric acid, if applied to austenitic stainless steel, will form this protective film. Such a film is actually corrosion but once formed, it prevents further degradation of the metal, provided that the film remains intact. It does not provide an overall resistance to corrosion because it may be subject to chemical attack. The immunity of the film to attack is a function of the film composition, temperature, and the aggressiveness of the chemical. Examples of such films are the patina formed on copper, the rusting of iron, the tarnishing of silver, the fogging of nickel, and the high-temperature oxidation of metals. There are two theories regarding the phenomena formation of this film. The first theory states that the film formed is a metal oxide or other reaction compound. This is known as the oxide film theory. The second theory states that oxygen is adsorbed on the surface, forming a film. However, all films react over a period of time with the underlying metal to form metal oxides.

What is Pitting Corrosion?

Pitting Corrosion is in itself a corrosion mechanism but is also a form of corrosion often associated with other types of corrosion mechanisms. It is characterised by a highly localised loss of metal. In the extreme case, it appears as a deep, tiny hole in an otherwise unaffected surface. The initiation of a pit is associated with the breakdown of the protective film on the metal surface. The depth of a pit eventually leads to a through penetration or a massive undercut of the thickness of a metal part. The width of the pit may increase with time but not to the extent to which the depth increases. Most often, the pit opening remains covered with the corrosion product, making it difficult to detect during inspection. This, along with a negligible loss in weight or absence of apparent reduction in the overall wall thickness, gives little evidence as to the extent of the damage. Pitting may result in the perforation of a water pipe or caisson making it unusable even though a relatively small percentage of the total metal has been lost due to rusting. Pitting can also cause structural failure from localised weakening effects even though there is considerable sound material remaining. Pits may also assist in brittle failure, fatigue failure, environment-assisted cracking like stress corrosion cracking (SCC), and corrosion fatigue by providing sites of stress concentration.

What is Crevice Corrosion?

Crevice corrosion also called filiform or poultice corrosion is a localised type of corrosion occurring within or adjacent to narrow gaps or openings formed by metal to metal or metal to non-metal contact. It results from local differences in oxygen concentrations, associated deposits on a metal surface, gaskets, lap joints, or crevices under a bolt or around rivet heads where small amounts of liquid can collect and become stagnant. Crevice corrosion may take place on any metal and in any corrosive environment. However, metals such as aluminium and stainless steels that depend on their surface oxide film for corrosion resistance are particularly prone to crevice corrosion, especially in environments such as seawater that contains chloride ions. The gap defining a crevice is usually large enough for the entrapment of a liquid but too small to permit flow of liquid and is usually a result of poor design.

What is Galvanic or Bi-metallic Corrosion?

This form of corrosion is sometimes referred to as dissimilar metal corrosion, and is found in unusual places, often causing professionals the most headaches. Galvanic corrosion is often experienced in walkways where modern alloy grating are connected to the existing carbon steel at primary and secondary phases. The coupling of the carbon steel to the alloy grating causes the carbon steel to corrode. The galvanic series of metals provides details of how galvanic current will flow between two metals and which metal will corrode when they are in contact or near each other and an electrolyte such as water is present. When two different metallic materials are electrically connected and placed in a conductive solution (electrolyte), an electric potential exists. This potential difference will provide a stronger driving force for the dissolution of the less noble (more electrically negative) material. It will also reduce the tendency for the more noble metal to dissolve. It is this principle that forms the scientific basis for using such materials as zinc in anodes to sacrificially protect the carbon steel foundation structures. When placed alone in corrosive media, both members may corrode, but at different rates. The metal having the higher corrosion rate will become the corroding member in the couple (anode). The other member becomes the cathode. The cathode may suffer from hydrogen damage while galvanic corrosion is taking place on the cathode, however.

What is Erosion Corrosion?

The term erosion corrosion applies to the deterioration due to a mechanical force. When the factors contributing to erosion accelerate the rate of corrosion of a metal, the attack is called erosion corrosion. Erosion corrosion is usually caused by an aqueous or gas presence flowing over the metal surface or impinging upon it. The mechanical deterioration may be aggravated by the presence of a corrosion, as in the case of corrosive wear. The attack takes the form of grooves, that is, scooped out rounded areas, horseshoe-shaped depressions, gullies or waves, all of which often show the direction of travel. At times, the corrosion attack may be an assembly of pits. Perforation due to thinning or progressive pits, and rupture due to failure of the thinned wall to resist the internal fluid pressure are also common. All equipment at some stage which is exposed to flowing fluid will be subject to erosion corrosion, and piping systems and heat exchangers are the most commonly affected. Erosion corrosion is affected by velocity, turbulence, impingement, the presence of suspended solids, temperature, and prevailing cavitation conditions.

What is Intergranular Corrosion?

Intergranular Corrosion is a form of localised attack in which a narrow path is corroded out preferentially along the grain boundaries of a metal. It often initiates on the surface and proceeds by local cell action in the immediate vicinity of a grain boundary. Although the detailed mechanism of intergranular corrosion varies with each metal system, its physical appearance at the microscopic level is quite similar for most systems. The effects of this form of attack on mechanical properties may be extremely harmful. In these cases, the driving force is a difference in corrosion potential that develops between the grain boundary and the bulk material in adjacent grains. The difference in potential may be caused by a difference in chemical composition between the two zones. This can develop as a result of migration of impurity or alloying elements in an alloy to the grain boundaries. If the concentration of alloying elements in the grain boundary region becomes sufficient, a second phase or constituent may separate or precipitate. This may have a corrosion potential different from that of the grains (or matrix) and cause a local cell to form. The constituent may be anodic, cathodic, or neutral to the base metal or adjacent zone.

What is Dealloying Corrosion?

Dealloying corrosion is another type of localised corrosion involving the selective removal by corrosion of one of the elements of an alloy by either preferential attack or by dissolution of the phase material. The various kinds of selective dissolution have been named after the alloy family that has been affected, such as dezincification as an example, and it is usually, although not always, on the basis of the element affected.

What is Stress Corrosion Cracking?

Stress Corrosion Cracking (SCC) also called environmentally assisted cracking or fatigue cracking or hydrogen induced cracking can be defined as crack formation due to simultaneous effects of static tensile stresses and corrosion. The tensile stresses may originate from external load, centrifugal forces or temperature changes, or they may be internal stresses induced by cold working, welding or heat treatment. The cracks are mainly formed in planes normal to the tensile stresses, and propagate intergranular or trans granularly, more or less branched. If they are not detected in time, they will cause fast, unstable fracture.

What is Microbiological Influenced Corrosion?

Microbiological Influenced Corrosion (MIC) is often seen as a pitting attack. MIC is associated with the presence of a variety of organisms. Some can be easily observed such as barnacles, algae, mussels and clams while others cannot, such as microscopic bacteria. These microorganisms tend to attach onto and grow on the surface of structural elements, resulting in the formation of a biological film or biofilm. In the case of OWS, heavy encrustations of hard-shelled fouling organisms form on the surface of the metallic structure. These organisms change the environmental variables including oxidising power, temperature and concentration. Therefore, the value of a given parameter on the metallic/sea water interface under the biofilm can be different from that in the bulk electrolyte away from the interface. This difference may result in corrosion initiation under conditions in which there would be none if the biofilm was not present. Presence of the biofilm may also yield changes in the form of corrosion (from uniform to localised) or an increase in the corrosion rate.

Thought should be given to a minimum of two corrosivity categories having been considered for Offshore Wind Structures according to ISO 24656:2022. Firstly, C5-M is for marine, coastal and offshore areas with high salinity for tidal, splash and atmospheric zones. Secondly, Im2 is for the zones permanently submerged in seawater. Corrosion rates for construction steel below sea level average 0.2 mm/yearly. In the tidal and splash zones, the corrosion rates may fluctuate between 0.4 to 1.2 mm/yearly. Other authors have reported that the corrosion rate of construction steel in offshore environments can be as high as 2.5 mm/yearly depending on the location.

Fundamental corrosion protection measures for Offshore Wind Structures include protective coatings and/or Cathodic Protection, corrosion allowance, inspection/monitoring systems, material and weld design decisions, and control of environment for internal zones. Corrosion protection of an Offshore Wind Structures, typically consists of two of environment for internal zones. Corrosion protection of an Offshore Wind Structure, typically consists of two or three epoxy based coatings with or without a polyurethane (PU) top coat, however, this can vary according to exposure and location. Cathodic Protection is commonly used in submerged and tidal areas; nevertheless, coating systems are also typically applied in these zones to act as semipermeable barriers also.

Cathodic Protection by sacrificial galvanic anodes for Offshore Wind Structures is generally the preferential Cathodic Protection system used in the offshore wind industry nowadays. Impressed Current Cathodic Protection (ICCP) is an alternative Cathodic Protection system option; however, it is uncommon offshore, because it is more susceptible to environmental damage and third‐party mechanical damage than sacrificial anodic systems. ICCP typically requires more inspection and maintenance which is costly to provide for un-manned Offshore Wind Structures than its sacrificial Cathodic Protection counterpart. Also, there are currently no industry design standards detailing requirements for impressed current systems as there are for the sacrificial galvanic anode systems.

About Dangle Rope Access

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Institute of Corrosion Management Winners 2020

Tue, 10 Mar 2020 15:36:14 GMT

ICORR Corrosion Management Winners

Based here in the UK, but with a world-wide presence, The Institute of Corrosion (ICORR) , has recently undergone a re-branding exercise in order to give the brand a fresh lease of life and boost awareness.

As part of the project, a wide range of the company’s marketing materials have been revamped including an overhaul of their website, stationery, documentation and marketing material.

And to mark the launch of their new branding, The Institute of Corrosion decided to run a competition looking for images that were people focused and celebrated everything that makes ICorr unique: the scientists, the engineers, the academics, the designers, the facility managers, the businesses, the students, the teachers and so on.

Why ICORR?

As part of the branding process, ICorr were keen to capture a wide range of activities, people out on-site working, people in labs, people inspecting, people networking, people meeting socially, people achieving accreditations and awards, as well as people studying and training.

In addition, rather than tired-looking images of rusty components, they were looking for uplifting photos of pristine, gleaming infrastructure to emphasise that its members get things right!

Dangle is incredibly proud to announce their success as the winners and subsequently our appearance on the home page, stationary, documentation and marketing material is now in full swing. This was such an exciting win for us and we cannot wait to see the finished product!

Here's our winning image on this month's "Corrosion Management" magazine.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Institute of Corrosion Awards

Project Case Study - Tower Coating Repairs

Thu, 05 Mar 2020 11:41:05 GMT

Offshore Rope Access Paint Repairs

Rope Access Wind Farm Painting

Here at Dangle , we have extensive experience in working on projects of all scopes and sizes, and over the years, we have consistently put our skills to the test by tackling a diverse array of rope access projects, even those of the most complex and challenging nature. Our team's expertise allows us to adapt to various circumstances and requirements, ensuring outstanding results no matter the difficulty of the task at hand.

As part of a recent project we undertook, we were specifically tasked with executing a comprehensive coating repair campaign for wind turbine tower sections that had unfortunately sustained mechanical damage during the installation phase. This situation required us to devise a post-installation access method that would leverage the skills of our specialist rope access technicians . Our goal was to ensure that the solution we provided was not only cost-effective but also minimised any disruption to our client’s day-to-day business operations, thus maintaining their productivity while we worked diligently to restore the integrity of the wind turbine structures.

Wind Farm Maintenance Solutions

After listening carefully to the project brief and our client’s requirements, Dangle mobilised a team of rope access L3's and coating technicians, that included AMPP (formally NACE) painting inspectors to the site in order to perform the paint repairs to the manufactures specification. Throughout the entire process, we used our expert knowledge of combining rope access and industrial coatings to complete the project to an extremely high standard.

A Route to Success for Wind Turbine Operators

Dangle, from mob to demob, took control of the entire coating work-scope, from liaising with Hempel A/S, preforming Lock out - Tag outs and blade pinning to documenting all the required stages of quality management. From the moment you get in touch, we go above and beyond to manage every stage of the process, to ensure every project is delivered in a timely manner and in line with your bespoke project requirements.

"Safety and feedback is what drives us to Reach the Unreachable"

If you would like to discuss any IACC (Inspection, Access, Coatings and Composite) requirements, please do not hesitate to get in touch with a member of our team.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Coating Technicians

Paint Damage

Coating Calculations (The Math) Part 2

Tue, 28 Jan 2020 11:53:49 GMT

A Comprehensive Approach to Coating Calculation for Different Surfaces

Painting Surface Areas

In the demanding world of industrial painting, precise coating calculations are crucial for ensuring optimal performance and longevity of surfaces, particularly in challenging environments like wind farms. At Dangle , we specialise in providing expert coating solutions that cater to both private and public sector needs. Our extensive experience in industrial painting , paired with our rope access techniques, enables us to deliver comprehensive inspections and maintenance services with proven efficiency. Join us as we delve into the essential aspects of coating calculations and their impact on cost-effective maintenance strategies.

In part one, we looked at the fundamentals of "painting by numbers" on an industrial scale view part 1 of this article for common painting calculations . In part two, we are going to consider these basic formulas applied to more complex structures and will begin with looking at I-beams.

How to Calculate the surface of an I-Beam?

A steel I-beam is essentially broken down to three steel plates that are welded together to create the end result shape. The beams may have stiffeners, although these themselves are also steel plate sections. Therefore, we can use the same formula for length multiplied by width.

An I-beam has top and bottom plates that are positioned horizontally. These are called flanges. The vertical steel plate that connects the top and bottom flanges is called the web.

Stiffeners are also vertical plates that are connected to the top and bottom flanges and the web.

In order to determine the total area of a I-beam for the purpose of coating we simply follow these steps;

Measure the length and width of one of the flanges and calculate the area by multiplying the length and width found.
Multiply step 1 by four in order to cover each side of the flange; you may need to deduct the thickness of the flange. This is generally small and not usually calculated unless the thickness is significant.
Measure the length and width of the web and calculate the area found (L x W).
Multiply step 3 by x2 (this is doubled due to the web having two faces).
Finally, measure stiffeners in the same fashion and don't forget to multiply by the number of stiffeners found.

There are various alternative methods of calculation for I-beams however this post is designed to give you an understanding of the basic methodology used.

Coating Calculator

Next we take a closer look at cylinders, or more commonly known as cylinder tanks. These can be calculated if the circumference of one end (typically the roof) can be determined and if the area of the side walls can be calculated.

The side walls of a tank's area are created by simply bending flat steel sheets into the more cylinder shaped curve to create a circle, so the formula to calculate the areas of the side walls is the same formula to calculate the area of the plate.

Coating Cost Calculator

In order to determine the total area of a Cylinder for the purpose of coating we simply follow these steps;

Obtain the circumference (C) of the tank using the ground or rooftop perimeter (If you're unable to determine either of these, then the circumference can be found using Pi 3.14 multiplied by the diameter (which is determined by the length of a straight line through the centre and touching two points on its edge). For example if the roofs diameter is 15 metres, the circumference (C) is (3.14 x 15) 47.1 meters.
We then need to calculate the surface area (A) of the vertical sides, which is determined by the circumference (C). If we know the height is 40 meters from the bottom to the top we simply multiply this by the circumference for example (40 x 47.1 = 1,884m2).

The surface area of a pipe can be calculated in much the same way as the method used for cylindrical shapes above, in that knowing the circumference (C) of the pipe along with its length, will provide you with its surface area.

In order to determine the total area of a pipe or pipeline for the purpose of coating we simply follow these steps;

The circumference is diameter x Pi so for this example we only know the pipe's diameter at 0.5 meters (D 0.5 x Pi 3.14 = C 1.57 meters)
If determining the surface area of the exterior of the pipe, multiply the length by the circumference, for this example the pipe is 12 linear meters long (12 x 1.57 = 18.84 m2)
If determining the surface area of the interior of the pipe, possibly to line and pose a reduction in friction or increase fluid flow, although this is generally small and not usually calculated unless the thickness is significant and/or the pipe or pipeline is long, we would use the same formula as described above with the subtraction of pipe wall thickness. For example, the pipe is again 12 meters long with a circumference of 1.57 meters, however the wall thickness is consistent throughout the length at 0.01 meters therefore equal to 18.72 m2

There may be a requirement to estimate the total volume (V) of liquid that a tank or vessel could hold in addition to calculating its surface area for coating purposes.

In order to determine the total volume (V) of a box or storage tank for the purpose of coating we simply follow these steps;

Calculate the length (L)
Calculate the Height (H)
Calculate the Width (W)
(V = L x H x W)

If the box or tank is 30 meters long and 30 meters height by 20 meters wide (L30 x H30 x W20 = 18,000m3) then 18,000 cubic meters is the volume.

Coating Thickness Formula

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Paint Formulation Calculations

Coating Calculations (The Math)

Tue, 21 Jan 2020 16:39:07 GMT

Coating Calculations - Painting Guide

How to Work Out How Much Paint You Need?

The first thing you'll need to do to work out how much paint you need is determine the surface area of the area you'll be painting. To do this, you'll need to measure the length and width of the area (in feet), and then multiply those two numbers together. This will give you the square footage of the area.

Once you have the surface area, you'll need to decide on the coverage of the paint. Most paints will cover about 200 square feet per gallon. However, if you're painting over a dark colour or stains, you may need to use a primer first, which will lower the coverage. If you're unsure, always check the coverage on the paint can before buying.

Once you know the surface area and the coverage, you can calculate the amount of paint you'll need. Simply divide the surface area by the coverage to get the number of gallons you'll need. For example, if you're painting a 10x10 room with a coverage of 200 square feet per gallon, you'll need 0.5 gallons of paint (10x10/200 = 0.5).

Now that you know how to calculate the amount of paint you'll need, don't forget to factor in other supplies like painter's tape, drop cloths, sandpaper, and brushes. And always remember to buy a little extra paint, just in case. Paint Consumption on protective coating projects can vary between 20-40% of the entire contract cost. The complexity of the works, general logistics, methods of access and containment, methods of preparation and application and also the type of coating system to be used including the final required wet film thickness calculation to achieve the desired dry film thickness will dictate the overall costs (wft to dft calculation). So check with an expert if unsure.

Paint Consumption Calculations

Calculating Paint Consumption quantities correctly can be extremely important, especially in certain locations such as offshore maintenance environments, where additional deliveries can be a problem. Some products also have long lead times and ensuring the correct amount of paint is available can be the difference between finishing a contract on time and running over into critical paths.

Furthermore, delivery of too much paint can have commercial implications due to transport costs, general logistics and handling and returning specialist products and/or special (non-standard) colours.

This blog post is designed to provide an understanding of the arithmetic used throughout the coating industry in coating thickness calculations. You will also find some basic conversions, definitions and calculations for surface areas.

Starting with expendable abrasive materials, the amount of abrasive to be used on a blasting project varies tremendously between contracts however we can build certain matrix models on historical work experiences, which is where this blog post is derived from. The abrasive range in industrial and marine applications is generally;

20-75 kilo/m2 depending on the surface condition and required specification or standard.

Abrasive Blasting

Abrasive Blasting is an operation where surface material is removed by using a high-pressure jet of abrasive particles. The abrasive particles can be made of various materials, including sand, glass beads, steel shot, and aluminium oxide. Abrasive blasting is often used to remove paint or rust from metal surfaces, and can also be used to prepare surfaces for painting or other coatings.

Abrasive blasting can be performed using several different types of equipment, including hand-held sandblasters, cabinet sandblasters, and automated blast rooms. The type of equipment used will depend on the size and type of surface being cleaned, as well as the desired results.

Media blasting is a safe and effective way to clean or prepare surfaces for painting or other coatings. When performed properly, it will not damage the underlying substrate. Abrasive blasting is an important part of the surface preparation process and should be done by trained and experienced personnel.

Spraying Paint

Spraying paint on an industrial scale is a complex and efficient process by which a specially formulated paint is applied to various surfaces using sophisticated equipment and techniques. This method is commonly utilised in manufacturing and production facilities to ensure a uniform and high-quality finish. The process involves the use of spray guns or automated systems that can cover large areas quickly, allowing for consistent application on everything from automotive parts to large machinery. By leveraging advanced technologies, industries can achieve not only improved aesthetic qualities but also enhanced durability and resistance to environmental factors, making it a critical component in the production workflow.

Coating Thickness Calculation

Coating Thickness Calculation is a crucial aspect of various industries, such as automotive, aerospace, and construction. It involves determining the thickness of coatings applied to different surfaces, which is essential for ensuring the durability, performance, and quality of the finished product.

Coating thickness calculations play a vital role in the automotive industry, where it is necessary to measure the thickness of paint coatings on vehicles. This measurement helps ensure that the paint provides adequate protection against corrosion and environmental factors, while also enhancing the vehicle's appearance. By accurately calculating the coating thickness, manufacturers can meet industry standards and customer expectations.

In the aerospace industry, coating thickness calculation is equally important. Aircraft require protective coatings to withstand extreme weather conditions, prevent corrosion, and maintain structural integrity. By accurately calculating the coating thickness, aerospace engineers can ensure that the aircraft components are adequately protected and meet safety regulations.

The construction industry also relies on coating thickness calculation to ensure the durability and longevity of various structures. Coatings are applied to surfaces such as concrete, steel, and wood to protect them from moisture, UV radiation, and other detrimental factors. By accurately calculating the coating thickness, construction professionals can ensure that the coatings provide adequate protection and extend the lifespan of buildings, bridges, and other important infrastructure.

There are various methods for coating thickness calculation, including destructive and non-destructive techniques. Destructive methods involve removing a sample of the coating and measuring its thickness using specialised equipment. Non-destructive methods, on the other hand, allow for the measurement of coating thickness without damaging the surface. These methods include magnetic induction, eddy current, and ultrasonic testing.

In conclusion, coating thickness calculation is a fundamental aspect of many industries, including automotive, aerospace, and construction. Accurately measuring the thickness of coatings ensures the durability, performance, and quality of finished products. Whether it's protecting vehicles from corrosion, ensuring aircraft components are adequately shielded, or extending the lifespan of buildings, coating thickness calculation plays a crucial role in maintaining the integrity of various surfaces and structures. With the use of both destructive and non-destructive methods, industries can confidently rely on accurate coating thickness calculations to meet industry standards and customer expectations.

Wet Film Thickness Formula (WFT)

In order to achieve a calculated wet film thickness we must take the desired dry film thickness (DFT) first and reverse engineer. So a DFT of 90 microns using a paint with a volume solid (VS) of 60% we would calculate the following to find the WFT;

WFT = 100 x DFT / VS (WFT = 100 x 90 / 60) therefore giving us 150 microns as the Wet Film Thickness (WFT) .

Dry Film Thickness Formula (DFT)

When the required calculation is in reverse and you are looking to obtain the Dry Film Thickness (DFT) the following formula applies;

WFT x VS / 100 = DFT so using the same numbers as we did above working out the wet film thickness the equation looks like this (150 x 60 / 100) = 90 microns DFT).

Volume Solids Formula (VS)

Dry Film Thickness / Wet Film Thickness x 100 = Volume Solid shown as a percentage (%) again using the above numbers it would be as follows;

90 DFT / 150 WFT x 100 = 60% VS.

Theoretical Spreading Rate Formula (TSR)

m2 per ltr = 10 x VS(%) / DFT in microns. Using the above numbers we can estimate the following outcome;

10 x 60% / 90 = 0.06 m2 per ltr of paint as the Theoretical Spreading Rate .

Practical Spreading Rate (PSR)

TSR x (100% - wastage%) = PSR. For this example we will again use the aforementioned numbers above;

0.06 x (100% - 20%) = 0.048 m2 per ltr of paint as the Practical Spreading Rate .

Calculating Paint Quantities

Flat Steel Plate

If the surface to be painted is 10 meters in linear length and 3 meters wide, then the area can be simply determined by multiplying the length by the width (10 x 3 = 30m2). If both sides were to be coated the surface area would be doubled if both sides were identical metrics.

Assuming a theoretical spreading rate (TSR) of 5m2 per litre of paint then 12ltrs of paint would be required to cover both sides (30 / 5 x 2 = 12). However using the practical spreading rate we have learned above (PSR) and taking into account approximately 20% paint wastage, the practical coverage will be reduced to 4m2 per litre (5 x 0.8 = 4).

Therefore using PSR we can determine the paint requirement for coating a flat plate as described above would require 15 litres of paint (30 / 4 x 2 = 15).

In our next blog post on coating calculations part 2 we will look at more complex shapes and how to calculate their surface areas accurately, such as;

I -Beams (primary and secondary steel)

Cylinders (storage tanks or wind turbine tower sections)

Pipes and Pipelines

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Microbiological Influenced Corrosion (MIC)

Sun, 05 Jan 2020 16:33:57 GMT

Do you know your MIC?

What is Microbiological Influenced Corrosion?

Microbiologically Influenced Corrosion (MIC) is defined as corrosion that is influenced by the presence and activities of microorganisms, including bacteria and fungi. It has been estimated that 20 to 30% of external corrosion on underground pipelines is MIC-related. Microorganisms located at the metal surface do not directly attack the metal or cause a unique form of corrosion. The by-products from the organisms promote several forms of corrosion, including pitting, crevice corrosion, and under-deposit corrosion.

MIC is often seen as a pitting attack. MIC is associated with the presence of a variety of organisms. Some can be easily observed such as barnacles, algae, mussels and clams while others cannot, such as microscopic bacteria. These microorganisms tend to attach to and grow on the surface of structural elements, resulting in the formation of a biological film or biofilm.

Typically, the products of a growing microbiological colony accelerate the corrosion process by either interacting with the corrosion products to prevent natural film-forming characteristics of the corrosion products that would inhibit further corrosion, or by providing an additional reduction reaction that accelerates the corrosion process.

A variety of bacteria have been implicated in exacerbating corrosion of underground and subsea pipe-lines, and these fall into the broad classifications of aerobic and anaerobic bacteria. Obligate aerobic bacteria can only survive in the presence of oxygen, while obligate anaerobic bacteria can only survive in its absence. A third classification is facultative aerobic bacteria that prefer aerobic conditions, but can live under anaerobic conditions. Common obligate anaerobic bacteria implicated in corrosion include sulfate-reducing bacteria (SRB) and metal-reducing bacteria.

Common obligate aerobic bacteria include metal-oxidising bacteria, while acid-producing bacteria are facultative aerobes. The most aggressive attack generally takes place in the presence of microbial communities that contain a variety of types of bacteria. In these communities, the bacteria act cooperatively to produce conditions favourable to the growth of each species. Obligate anaerobic bacteria can thrive in aerobic environments when they are present beneath biofilms/deposits in which aerobic bacteria consume the oxygen.

In the case of underground pipelines, the most aggressive attack has been associated with acid-producing bacteria in such bacterial communities. In the case of offshore wind structures, heavy encrustations of a hard-shelled fouling organism form on the structure. These organisms change environmental variables including oxidising power, temperature and concentration. Therefore, the value of a given parameter on the metallic and sea water interface (often tidal and splash zones) under the biofilm can be very different from that in the bulk electrolyte away from the interface. This difference may result in corrosion initiation under conditions in which there would be none, if the biofilm was not present. Presence of the biofilm may also yield changes in the form of corrosion (from uniform to localised for example) or even an increase in the Microbiological Influenced Corrosion rate.

Microbiological Influenced Corrosion (MIC) is a serious problem that can lead to catastrophic consequences in many industries. MIC can cause significant financial losses and pose a risk to public safety. In order to prevent MIC, it is important to understand what causes it and how it can be detected and controlled.

MIC is caused by the growth of microorganisms on metal surfaces. The microorganisms produce corrosive substances that attack the metal, causing it to corrode. MIC can occur in any environment where there is water, oxygen, and a metal surface. It is a particular problem in environments where the metal surface is in contact with soil or sediments, such as in pipelines, storage tanks, and cooling towers.

MIC can be difficult to detect because the corrosion process is often slow and gradual.
The most common indicators of MIC are changes in the appearance of the metal surface, such as pitting or staining.
Other indicators include changes in the structure of the metal, such as increased porosity or thinning of the metal.

MIC can be controlled by preventing the growth of microorganisms on metal surfaces. This can be done by using materials that are resistant to microorganisms, such as stainless steel or titanium. Another option is to coat the metal surface with a material that prevents the attachment of microorganisms, such as an epoxy resin. Once MIC has started, it can be controlled by removing the corrosive substances produced by the microorganisms. This can be done by chemical cleaning or electrochemical methods. The main advantages of these techniques are that they can be applied during production, are not very operator dependent and are relatively cheap. The main disadvantage is that they require regular maintenance to be effective.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Microbiologically Influenced Corrosion

Local Youth Football Scores with Dangle Sponsorship

Mon, 04 Nov 2019 13:01:47 GMT

Football Sponsorship for Local Youth Club

Dangle Rope Access Continues its Support of Youngsters in Football.

Dangle Sponsor Grassroots Football

Dangle has once again agreed to support grassroots football, having proudly sponsored Hilda Park Newfield U11s for the second consecutive year. This commitment not only reinforces Dangle’s dedication to nurturing local entities but also clearly demonstrates that we are wholeheartedly invested in fostering youth development whenever possible across our communities.

Sponsorships like this can make a significant difference and go a long way in ensuring that local football clubs remain viable and operational, particularly during these challenging economic times. Financial support through sponsorship can also tremendously benefit the players themselves, as it allows for increased funding for essential training programs, resources, and facilities. This, in turn, enhances the focus on strengthening the development and performance of young athletes, helping them to reach their full potential both on and off the field .

Hilda Park is a football club based in County Durham, which is the home of our managing director Simon Dunn, and the very team Simon played for as a young boy. With this in mind, it goes without saying that this sponsorship was extremely close to Simon’s heart.

Simon explained the importance of such teams: "As a youngster, Hilda Park played a vital role in the community for a lot of under privileged children, including myself. This partnership now allows the children to continue to be proud of their club and goes a long way in providing the financial assistance these clubs so desperately need".

“Here at Dangle, we don’t just provide a range of high-quality, professional industrial rope access services for our clients but we also pride ourselves in supporting the local community as well. This is something we have always done and will continue to do in the future as part of our overall sustainability plan.”

Everyone at Dangle wishes the boys the very best of luck in the new football season.

About Dangle Rope Access

Here at Dangle, we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

Chamber of Commerce Award | Dangle Scoops Win

Tue, 01 Oct 2019 09:18:13 GMT

Dundee Chamber of Commerce Business Awards

Dangle has been crowned the winner of the customer commitment award at the Dundee Chamber of Commerce Business Awards 2019, reinforcing the company’s commitment to delivering an outstanding level of customer service and commitment to its clients.

Dangle Scoops Award

And this accolade is certainly testament to the team’s hard work and dedication when it comes to perfecting and delivering their craft, whilst working on a vast range of challenging projects throughout the UK.

Following this announcement, the rope access, painting and blade repair teams will all now head to London for the Gala event in November 2019 to see who picks up the award for overall business of the year 2019. This is a truly exciting time for us and rewards like this make our job worthwhile.

Simon Dunn, Managing Director, Dangle, said: “We are incredibly proud and privileged to be awarded a Regional Chamber Business Award. Customer commitment is at the very core of what makes Dangle so unique. To be recognised yet again for the dedication and hard work our team showcase on a daily basis is very rewarding.

“I can’t wait to see what the outcome following the Gala event in November will be, but whatever the outcome, we will all be extremely proud of what we have already achieved. And of course, awards like this is also a great opportunity to celebrate other businesses in the industry too!”

Our fingers (and toes) are well and truly crossed!

Read the full article on the Dundee & Angus Chamber of Commerce website.

View the full list of winners here on the British Chambers of Commerce website.

View the press release here on the Scottish Courier website.

https://www.dundeeandanguschamber.co.uk/news/Chamber-Customer-Commitment-Award-for-Dundee-based-Dangle-Ltd-_0_7263

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.

The Basics of Corrosion & How to Beat It

Mon, 26 Aug 2019 10:43:30 GMT

Understanding Corrosion: Essential Insights for Asset Owners

Corrosion is defined as the process of wearing away or gradually destroying a material, particularly metals, from the surface inward. This gradual deterioration occurs due to chemical reactions with environmental factors, such as moisture, oxygen, and various chemicals. Over time, these reactions can lead to significant deterioration, impacting the structural integrity and appearance of the affected materials.

Something a bit lighthearted before we look at corrosion basics.

"Rust is a Must"

Mighty ships upon the ocean

Suffer from severe corrosion,

Even those that stay dockside

Are rapidly becoming oxide.

Alas, that piling in the sea

Is mostly Fe2O3.

And where the ocean meets the shore,

You'll find there's Fe3O4.

'Cause when the wind is salt and gusty,

Things are getting awful rusty.

We can measure, we can test it,

We can halt it or arrest it.

We can gather it and weigh it,

We can coat it, we can spray it.

We examine and dissect it,

We cathodically protect it

We can pick it up and drop it.

But heaven knows we'll never stop it!

So here's to rust, no doubt about it,

Most of us would starve without it.

written by T.R.B. WATSON (DECEASED)

Unlocking the Secrets of Corrosion: How to Stop it for Good

So we all understand that corrosion can be found all around us. You never have to look far for rusty steel. In the UK it's estimated that the industry is worth upwards of £80 billion per annum. Rust can form at various levels due to location and protection from the environment i.e. paint. The closer the marine environment is, the more likely it is that rust or corrosion will form due to the salt-laden environment.

Corrosion occurs at anodic sites. Therefore, if we made steel cathodic, we could stop corrosion altogether. It is however unusual to find them uniform as various factors such as contaminants will cause different types of corrosion rates even on a single piece of metal.

The corrosion process is a complex one, and can be accelerated in general by increased humidity, higher temperatures and higher rates of pollution. It’s clear therefore that more corrosion is present near chemical plants and marine environments and why industrial painting requires a professional coating contractor who understands the industry.

Chemical Formula of Rust

Corrosion is an electrochemical process that occurs in stages, primarily on the surface: For rust to form the reaction requires Steel, Oxygen and Water, with the removal of water or oxygen, it will result in the elimination of rust as shown in this mathematical equation (4Fe+3O2+2H20= 2Fe03H20 )

Ferrous ions (Fe++) go into solution at anodic sites. Electrons (e-) are released from the anodic sites and pass through the metal to the cathodic sites.

If oxygen and water are combined, it forms hydroxyl ions. Ferrous and hydroxyl ions react to form ferrous hydroxide. Ferrous hydroxyl further oxidises to produce a hydrated ferric oxide or commonly called red rust.

Unveiling the Mysterious Rules of Corrosion's Energetic World

Corrosion has some general rules, like most things consisting of energy.

Rule 1 – Moist air is more corrosive than dry air (relative humidity).
Rule 2 – Corrosion rates increase with temperature
Rule 3 – Polluted air is more corrosive than clean air
Rule 4 – Saltwater is more corrosive than fresh water
Rule 5 – Corrosion does not occur in a vacuum

Pitting Corrosion

As previously mentioned, it is important to note that not all steel surfaces will result in uniform corrosion. Corrosion, a natural process that occurs over time, can take on various forms and manifestations, including but certainly not limited to, pitting. Pitting corrosion can be particularly detrimental, as it can lead to the formation of small holes or depressions in the steel surface. In more severe cases, this pitting can even result in perforation, creating pathways for leakage of a wide range of products, some of which may be potentially harmful or hazardous. It is therefore crucial to monitor and address any signs of pitting corrosion in steel structures or equipment to prevent the occurrence of leaks and mitigate any potential risks.

Why Does Rust Occur?

Corrosion can form in many ways depending on the storage and usage of the steel, the location, as well as the environment in which it is placed. Corrosion of an anode can be demonstrated over time using current flow between the anodic and cathodic sites when an electrolyte is introduced. The electrolyte can be water or soil. Resistivity will change between the different types of medium, dry soil for example will have a different resistivity from damp soil and sea water will have a different resistivity from fresh water.

Corrosion control is therefore more prudent in areas where corrosion is more aggressive, such as marine and offshore environments. High performance coating systems are often used here to ensure asset longevity.

Electrolytes and their Relationship with Conductivity and Coatings

Electrolytes are normally associated with a solution, which is in contact with the metal. Different electrolytes have different levels of conductivity. A example of an electrolyte is the sea water around an offshore platform, semi-sub or jack-up. This electrolyte is more conductive than other electrolytes as it contains chlorides. The level of chlorides also varies between various waters around the world, with some seas having very high concentrations of chloride salts and therefore very corrosive environments.

As we now know, chlorides can accelerate corrosion and should therefore be removed from the surface by fresh water washing. In certain environments, you may even need to wash between paint coats during painting programs. This is to ensure there will be no trapped salts which will inevitably lead to premature film breakdown.

In addition to chlorides we also have sulphates which are a bi-product of fossil fuel burning, such as coal or oil producing sulphur dioxide. Sulphur dioxide combines with water in the atmosphere to form sulphurous and sulphuric acids. These acids also increase corrosion rates and are found in many industrial locations around the world where sulphates are high.

Why Does Rust Come Through Paint?

To understand why rust comes through paint we first need to consider the driving force that causes metals to corrode is actually a natural consequence of their temporary existence in metallic form. To reach this metallic state it is necessary for them to absorb energy as different materials absorb energy at different rates. As a rule of thumb, the more energy absorption, the increased steel's reactivity.

Magnesium and potassium, for example are very reactive and therefore top the galvanic series. The galvanic series is a table used to demonstrate metal reactivity.

What Happens When Two Metals Are Combined?

When two metals are in contact with one another, which is often the case in the offshore environment, the more reactive metal will corrode in preference to the less reactive metal. Aluminium will therefore corrode in preference to iron when the two are connected and iron in preference to copper etc.

The galvanic series is significant when considering the design stage of offshore assets and industrial plants taking into account different materials in the construction phase.

Aluminium and zinc anodes are one galvanic corrosion protection method. Anodes are attached to steel surfaces on buried or immersed surfaces such as oil rig legs, jackets, mono piles and pipelines. The more reactive metals (aluminium and zinc) will corrode in preference to the underlying substrate.

Anodes are available in various shapes and sizes to suit the application, structure and location. One golden rule with anodes is never paint them!

What is a Dissimilar Metal?

Often coating inspectors get confused when mixing two dissimilar metals, as it is very critical to get the correct ratio of metals correct. In the case of steel as anode, it must also have the largest relative area when introducing a copper cathode, for example. If this were reversed, then the small area of the steel against the relatively large area of the copper would accelerate the corrosion process rapidly. This would result in severe corrosion due to bi-metallic size ratio differentials.

Coatings applied to cleaned steel act as a physical barrier and reduce atmospheric attack, moisture and penetration. This is known as permeability and all coatings are permeable at differing rates.

Anti-corrosive layers such as zinc primers act sacrificially and will corrode in preference to the steel substrate its designed to protect. High-build coatings will slow down the passage of moisture and general contaminants. Having a specified and correctly applied coating system has a tremendous track record in combating corrosion. So, it is therefore imperative to ensure the coating specification is correctly written and professionally applied. Using a company like Dangle will ensure your asset is protected for the maximum amount of time.

About Dangle Rope Access

Here at Dangle , we provide a variety of comprehensive inspection , access , coatings , and composite (IACC) industrial services. Our services are available to both the private and public sectors.

We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland Dangle Academy . Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.

We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.

To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.