As many offshore oil and gas platforms reach the end of their lifespan, the energy industry faces the complex task of decommissioning these structures. Operators are increasingly challenged with the complex and costly task of dismantling and safely disposing of them. While decommissioning has historically been a substantial financial burden, recent advancements in technology, collaborative supply chain strategies, and the development of specialized expertise are driving down costs and improving efficiency.

Your One-Stop Shop for Offshore Decommissioning Needs

Unique Group is a global leader in providing integrated offshore decommissioning solutions to the energy industry. With a proven track record spanning over 30 years, we offer a fully integrated one-stop shop approach, supporting clients from project inception to completion.

Our extensive portfolio encompasses a wide range of specialized services and equipment, with a recent investment of over 10 million USD in the latest survey technology. We excel in survey and inspection, offering advanced tools and technologies for site assessments, structural evaluations, pipeline inspections, and ROV operations. Our portfolio features renowned brands such as Kongsberg, Cygnus, Edgetech®, Nortek, and Saab Seaeye.

 

Our diving equipment division provides state-of-the-art solutions, including custom-built saturation diving systems and life support equipment. We provide a comprehensive range of IMCA-compliant and classed (Lloyds Register, ABS, DNV) diving equipment, including diver launch and recovery systems (LARS), decompression chambers, and containerised air and mixed gas diving systems. 

To address the complex challenges of structure and debris removal, we offer cutting-edge recovery systems, seabed excavation & airlift, dredging capabilities, as well as specialized lifting and mooring equipment. These solutions are designed to safely and efficiently handle the removal of various offshore structures and subsea components.

Unique Group also owns the renowned brand Seaflex®, which offers top-tier Air Lift Bags (ALBs) and other Buoyancy solutions essential for safe and efficient decommissioning projects. A notable example of our expertise is the decommissioning of a floating production storage and offloading (FPSO) unit for Lundin Tunisia. This complex project, conducted in approximately 300 meters of water and 80 km offshore, involved disconnecting moorings weighing several hundred tonnes. To reduce tension on the moorings, we installed 41 ALBs, each weighing up to 51 tonnes were installed. 

Unique Group serves as a one-stop shop provider of offshore decommissioning equipment, offering a comprehensive range of assets for sale or rental. By consolidating equipment and services under one provider, we streamline the decommissioning process and enhances efficiency for operators.

A prime example is our Uni-FlowX Controlled Mass Flow Excavation system. After years of research and development, we introduced this advanced technology, which significantly enhances seabed excavation. By eliminating physical contact with the seabed, Uni-FlowX significantly reduces risk, improves efficiency, and delivers unparalleled performance. This system recently played a crucial role in completing two complex cable trenching projects in Malaysia, overcoming challenging weather and seabed conditions.

Through close collaboration with clients and suppliers, our R&D department identifies and addresses specific needs, resulting in tailored and sustainable solutions for subsea operations.

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Unique Group has a dynamic and agile range of Uni-USVs built inhouse by its Research and Development (R&D) team. These USVs include the lightweight Uni-Mini, versatile Uni-Pact and the hybrid Uni-Max designed for surveying operations, environmental monitoring and engineered to meet diverse operational needs across challenging environments.

Integrating OPT’s commercially available vehicles with Unique’s leading position in the offshore energy industry in the UAE will accelerate the adoption of USVs in the region. Unique Group’s knowledge of the local industry and footprint in the region enables maintenance and services to be carried out more efficiently.

Jack Dougherty, Global Head of USV at Unique Group, added, “Unique Group is proud to bring our expertise to this collaboration. With our extensive experience and engineering capabilities, we will add new capabilities such as electric drive to the WAM-V USVs. We look forward to this joint development and the opportunities it will create in the GCC region.”

Philipp Stratmann, OPT’s CEO, expressed his enthusiasm about this partnership, stating, “Working with Unique Group will further accelerate our efforts to deploy USVs globally. We are very excited about the prospects of expanding into the UAE and applaud the local industry’s forward-thinking in adopting autonomous technologies.”

Unique Group’s commitment to innovation and excellence, combined with its extensive expertise in subsea technologies and engineering, positions it as a leader in the offshore energy industry. With a robust R&D team and a dynamic range of in-house-developed USVs, Unique Group is well-equipped to deliver advanced, customized solutions that meet the evolving needs of their clients. This partnership with OPT underscores Unique Group’s dedication to expanding its capabilities and providing the region with cutting-edge, efficient, and sustainable technologies.

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Unexploded Ordnance and the Need for Advanced Detection

Unexploded ordnance, remnants of past conflicts or military activities, pose a significant threat to underwater infrastructure projects, environmental conservation efforts, and marine resource exploration. The detection and removal of UXO are critical to ensure the safety of offshore workers, vessels, subsea assets and marine ecosystems.

Role of ROVs in UXO Detection

• Enhanced Safety: ROVs play a pivotal role in minimizing the risk to human divers by assuming the responsibility of navigating hazardous underwater environments.
• Precise Data Collection: Equipped with high-definition cameras, sonar systems, and magnetometers, ROVs gather detailed data on underwater landscapes, enabling precise identification and mapping of potential UXO sites. This data proves invaluable in planning safe and effective removal operations.
• Real-time Monitoring: ROVs provide real-time visual feedback to operators on the surface, allowing for immediate decision-making during UXO detection and removal operations.

Technological Advancements in ROVs for UXO Detection

• Advanced Imaging Systems: ROVs are equipped with state-of-the-art imaging systems, including high-resolution cameras and 3D sonar technology, providing unparalleled clarity in detecting and identifying UXO.
• Magnetic and Acoustic Sensors: Incorporating magnetometers and acoustic sensors, ROVs can detect and locate ferrous materials associated with UXO, offering a comprehensive approach to underwater threat identification.
• High Accuracy Inertial Navigation and Positioning: ROV navigation capabilities streamline the UXO detection process, allowing for efficient coverage of large underwater areas while maintaining precision in data collection.

Benefits of ROVs in UXO Detection

• Minimized Risk: By eliminating the need for human divers in hazardous environments, ROVs significantly reduce the risk associated with UXO detection and removal operations.
• Cost-effectiveness: ROVs enhance cost-effectiveness by accelerating survey and detection processes, optimizing resource allocation, and minimizing downtime.
• Environmental Conservation: The non-intrusive nature of ROV operations helps preserve marine ecosystems, ensuring minimal disturbance during UXO detection and removal.
• Versatility:  ROVs can operate at different depths and are capable of handling various missions, including inspection, maintenance, repair, and construction.
• Customizable Solutions: We understand that every project has unique requirements, and that’s why we offer customized solutions to meet specific project needs. Our ROVs can be tailored to include additional sensors, cameras, and tools to achieve the desired results.

With advanced technologies and enhanced safety measures, ROVs empower operators to navigate complex underwater environments, detect UXO with precision, and contribute to the success of subsea projects while prioritizing safety and environmental sustainability. 

At Unique Group, we have a wide range of ROVs in our portfolio from SAAB and Boxfish that are ideal for various applications which include observation, inspection, repair and maintenance, diver support, survey, intervention, salvage support, deep tunnel and dam inspection, security, search and rescue operations, UXO clearance, decommissioning, marine science, archaeology, aquaculture and environmental monitoring. 

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Evolution of Diver Communication Systems

From the early days of underwater exploration to today’s sophisticated subsea operations, the evolution of diver communication systems mirrors the progress of technology. Initially reliant on basic hand signals and line pulls, divers communicated in a limited and cumbersome manner. The advent of underwater communication systems marked a paradigm shift, introducing innovative solutions to overcome the challenges of communicating in depth.

 Components of a Modern Diver Communication System

• Underwater Microphones (Hydrophones): These sensitive devices capture and transmit audio signals underwater. Hydrophones have evolved to provide clear, real-time communication even in challenging underwater conditions.
• Speakers and Earphones: Diver communication systems employ specialized speakers and earphones designed to withstand water pressure while delivering clear and intelligible audio. These components enable effective two-way communication between divers and surface teams.
• Full-Face Masks with Communication Units: Modern diver communication systems often integrate communication units into full-face masks. These units include microphones and speakers, allowing for hands-free communication and improved comfort for divers.
• Cables and Connectors: Robust cables and connectors form the backbone of diver communication systems, ensuring reliable signal transmission between the diver and the surface support team. Water-resistant and durable materials are employed to withstand harsh underwater conditions.
• Surface Control Units: These units are operated by surface support teams and serve as the central hub for managing communication with divers. They enable supervisors to monitor multiple divers simultaneously, issue instructions, and receive real-time feedback.

Advanced Features and Innovations

• Wireless Communication: Recent advancements include wireless communication systems that eliminate the need for physical cables. This enhances diver mobility and reduces the risk of entanglement during underwater operations.
• Digital Signal Processing (DSP): DSP technology enhances audio quality by reducing background noise and improving the clarity of communication. This innovation is particularly crucial in environments where ambient noise can be a significant challenge.
• Integration with Dive Computers: Some diver communication systems integrate with dive computers, allowing divers to communicate critical information such as depth, air supply, and decompression status.

Benefits of Modern Diver Communication Systems:

• Enhanced Safety: Clear and immediate communication between divers and surface support enhances safety by allowing prompt response to emergencies and coordination during complex tasks.
• Increased Efficiency: Modern systems facilitate efficient task execution by enabling precise communication, reducing the likelihood of errors, and optimizing workflow.
• Improved Collaboration: Effective communication fosters a collaborative environment, enhancing the overall success of underwater missions.

In conclusion, diver communication systems have evolved from rudimentary methods to sophisticated, high-tech solutions that revolutionize underwater exploration.

At Unique Group, as leaders in manufacturing commercial diving equipment, we have partnerships with global brands to provide these diving communication systems to our customers. For more details

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Headquartered in the United Arab Emirates, Unique Group has a global workforce of over 600 employees across 18 locations. Renowned over three decades for the company’s excellence in subsea technologies including Survey Equipment, Diving & Life Support, Buoyancy & Water Weights, Unmanned Surface Vessels, and Lifting & Mooring solutions. This new acquisition transforms the UK into a major engineering hub for Unique Group, complementing existing manufacturing locations in South Africa, the Middle East, and Isle of Wight, in the UK.

Subsea Innovation Limited, based in Darlington (UK), which was part of Tekmar Group plc, has a strong global track record of delivering technically complex projects for four decades, excelling in engineering, building and delivering over 450 complex engineered equipment, specializing in offshore deck equipment including launch and recovery systems, engineering consulting, emergency pipeline repair systems and tailored solutions for subsea and renewable solutions. This acquisition fits seamlessly with Unique Group’s offerings, thus significantly boosting the technology growth focus for the Group, along with its ability to provide an integrated package for clients.

Sahil Gandhi, Chief Executive Officer at Unique Group commented: “This acquisition underlines our commitment to innovation and engineering expertise. We have ambitious development plans, along with our existing solutions to our wider customer base. Subsea Innovation’s impressive track record, combined with Unique Group’s strengths, positions us to deliver unparalleled solutions in the dynamic landscape of offshore energy and subsea sectors.”

Dave Thompson, Subsea Innovation’s Managing Director, and his engineering design team, has a wealth of experience in developing leading engineering solutions and products for some of the world’s most challenging environments. Following the acquisition, Thompson will assume the role of Group Engineering Director at Unique Group, bringing his hands-on expertise to steer the company toward new heights in product development and engineering. He added: “We are excited to become a part of Unique Group, and this is a significant leap forward in our journey to redefine industry standards. With the combined technical and commercial synergies of Unique Group and Subsea Innovation, we are poised to significantly grow globally and develop new solutions, that can make subsea operations efficient and safer for clients.”

Unique Group and Subsea Innovation are positive about the prospects this strategic acquisition brings and together, they look forward to charting new standards in the global subsea industry.

View the Subsea Innovation range to get to know our extended portfolio.

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We navigated through the winding waterways of the mangrove forest on kayaks, surrounded by the tranquil beauty of nature. The Zorah Mangroves felt like a world apart from the hustle and bustle of the city streets, offering a sanctuary for both wildlife and humans alike.

Our team was privileged to learn firsthand from our knowledgeable guides about the vital role mangroves play in combatting climate change. These remarkable trees are environmental superheroes, capable of capturing vast amounts of carbon dioxide emissions and other greenhouse gases from the atmosphere. Through a process known as carbon sequestration, mangroves store this carbon in their biomass and the soil beneath them, helping to combat global warming and reduce our carbon footprint.

The benefits of mangroves extend far beyond carbon sequestration. These resilient trees also serve as natural buffers against coastal erosion and storm surges, protect shorelines from wave action, and provide vital habitats for a diverse array of plant and animal species. Furthermore, mangroves act as natural filters, purifying the water around them and improving water quality for both marine life and coastal communities. This was evident as we saw a wide range of crabs, flamingos, seagulls and other fauna in the area.

Martin Charles, Chief Operating Officer at Unique Group, joined the initiative and commented: “Our participation in the mangrove planting is a reflection of Unique Group’s commitment to environmental responsibility. It’s not just about planting trees, it’s about taking action to combat climate change and protect the vital ecosystems that sustain us.“

The tree saplings all of us at Unique Group have planted are part of the United Nations Trillion Tree Campaign along with the National Sequestration Program by the UAE Ministry of Climate Change & Environment. It is estimated that in the life span of the mangroves we have planted, it will sequester 8,008 kg of carbon.

Our experience at the Zorah Mangroves was not only a rewarding team activity but also a powerful reminder of our responsibility to protect and preserve the natural world. By participating in initiatives like mangrove afforestation, we are not only contributing to the conservation of our environment but also fostering a deeper connection to the ecosystems that sustain us.

Through collective action and community engagement, we can ensure that these vital ecosystems thrive for generations to come.

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As part of OGV Energy’s “Let’s talk Transition” series, Unique Group’s COO Martin Charles had a conversation with Moray Melhuish, Founder and Principal Consultant at Annet Consulting. The topics covered varied from rise of autonomy and unmanned surface vessels in the subsea sector, Unique Group’s development of AI technology and the change towards energy transition. In the podcast, we also hear about the professional journey charted by Martin across his three decades of experience.

The post OGV Energy + Unique Group – Conversation on Subsea AI and Autonomy appeared first on Unique Group.

The agreement, for the delivery of cNODE Transponders, µPAP SSBL systems and the recently launched EM2042 multibeam echo sounder (MBES), allows Unique to boost its state-of-the-art subsea equipment rental pool, satisfying increasing market demand for innovations capable of unlocking the secrets of the seafloor.

Empowering Success

 Unique Group, a global leader in subsea technology rental, sales and services, has an established relationship with Kongsberg Discovery, stocking a broad range of the Norwegian-headquartered company’s proven oceanographic equipment.

 The latest order, confirmed at Oceanology International in London, will swell the capacity of Unique’s Singapore base, giving customers in South East Asia fresh access to the calibration-free µPAP SSBL systems and the lightweight, robust and user-friendly EM2042, launched in September 2023.

As Sahil Gandhi, CEO, Unique Group, explains, the breakthrough MBES, created to deliver optimal seabed data gathering in remote, challenging environments, is exactly the kind of technology Unique’s ambitious customers require.

Quality Counts

He comments: “The EM2042 multibeam systems will support the demand for both standalone rental and for installation on Unique’s Uni-Max USV for seabed mapping and hydrographic surveys. The EM2042 offers a quad-swathe high ping rate and predictive pitch for beam steering, allowing for increased productivity as higher survey speeds can be achieved without reducing data quality. 

“This combination of the Kongsberg EM2042 and Uni-Max USV provides the absolutely highest quality data, with great operational functionality and efficiency for our growing customer base.” 

Ocean Intelligence

Spencer Collins, VP Sales, Kongsberg Discovery, adds: “The demand for high-specification underwater positioning and mapping technology reflects a burgeoning market, with a range of segments eager to enable the sustainable management, monitoring and development of the ocean space.

“With Unique’s track record of domain success, they’re often the first call for customers eager to utilise cutting edge technology, helping them achieve the highest quality data and powerful operational efficiencies. We’re delighted to support them in this mission with the latest acoustic positioning and mapping systems.” 

Proven Results

Kongsberg Digital’s cNODE family of transponders are market proven medium frequency units for highly accurate underwater acoustic positioning and data links, while µPAP is a small and compact acoustic positioning system for tracking ROV’s, tow fish, divers and any other subsea target at ranges up to several thousand metres.

The EM2042 has made a significant market impact since launch, winning praise for its lightweight construction (60% lighter than the EM 2040), easy handling, efficiency, durability, and excellent ‘clean’ data acquisition.

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What is the purpose of these two new USVs?

The introduction of the Uni-Mini and Uni-Max serves a strategic purpose within our Unmanned Surface Vessels (USV) portfolio, complementing the existing Uni-Pact — a three-meter USV renowned for its autonomy, versatility, and payload capacity. While the Uni-Pact excels in various applications, including its eight-hour endurance, we recognized an emerging market niche for more compact and easily manageable solutions.

The Uni-Mini, constructed from lightweight carbon fiber, addresses this need. This smaller, two-man lift USV is designed to be transportable in the back of a pickup truck, making it an ideal solution for infrequent users or scenarios where a full-scale industrial USV may be impractical. Responding to customer requests for dual payloads and extended endurance, the Uni-Mini stands as a versatile tool. It’s for customers who don’t consistently need a full industrial strength, industrial size surface vessel USV.

For example, let’s say you are in New Orleans or you’re down on the Gulf Coast and a hurricane comes in. You have a small marina or anchorage there, and you need to make sure that it’s clear before you allow other vessels to transit in and out. To help in this situation, you can deploy the Uni-Mini, and it can perform a quick multi-beam survey and based on the results, you will be good to go to bring the boats in before the hurricane.

At the other end of the spectrum, the Uni-Max emerges as a substantial addition to our fleet. Boasting a 5-meter by 2.2-meter frame, the Uni-Max provides a more robust platform capable of handling dual payloads. Its hybrid powertrain, incorporating a generator for extended range, facilitates an impressive endurance exceeding 96 hours. This larger and more powerful USV is positioned as a dependable solution for comprehensive and prolonged missions, demonstrating a commitment to meeting the diverse needs of our clientele across a spectrum of industrial and environmental applications.

Was that part of why you found it necessary to develop these new USVs, the size differentials mainly, or was something else involved as well?

We developed these new USVs after identifying a market niche, hence we provide our clients with options suitable for their diverse applications as well as project budgets. At Unique Group, we formulate a price point where clients can either rent or buy the solution they need.

When it comes to the Uni-Mini, it’s a very low barrier to entry even with its carbon-fiber body, it’s a relatively inexpensive platform for the capability it possesses. Then there’s a general step-up to the larger Uni-Pact and then all the way out to the Uni-Max.

What makes the USVs unique?

USVs are cost-efficient, robust, and reliable platforms that can operate in multiple environments from shallow water to offshore. With Uni-Fleet, we try to keep it down cost-wise, not just in the platform itself but also in the cost of training. The three vessels utilize a common autopilot system. If you’re proficient in operating the Uni-Mini effectively, you can also operate the Uni-Max.

The payload operations function independently and are not integrated into the overall system, making it straightforward for operations.

How can the USVs be used in the development of offshore wind?

Our Unmanned Surface Vessels (USVs) play a pivotal role across various stages, contributing to the efficiency and sustainability of wind farm projects. Commencing from the initial phases of pre-construction, these USVs are instrumental in conducting site surveys and mapping exercises. This ensures meticulous assessment of the seabed’s capacity to support the prolonged weight and operational demands of wind turbines over decades.

Beyond site assessment, USVs are adept at environmental monitoring, offering a versatile platform equipped with specialized sensors. This capability extends to maintenance and inspection tasks, as well as providing security and surveillance for the wind farm.

Remarkably, a single USV can seamlessly transition between these diverse roles, from ensuring the security of the site to employing sensors for environmental monitoring and utilizing cameras for visual inspections of turbine components.

For larger USVs, their utility extends further to the transportation of materials and personnel essential for offshore platforms. These autonomous vessels are adept at efficiently ferrying personnel and required materials to and from the platforms, thereby facilitating the smooth functioning and sustenance of wind farms. This comprehensive range of functionalities underscores the adaptability and effectiveness of USVs in addressing the multifaceted needs of the offshore wind industry, contributing significantly to the overall success of wind energy projects.

Why the need for the two separate classifications?

The differentiation between the Uni-Mini and Uni-Pact classifications is driven by distinct operational requirements. The Uni-Mini, with its compact 1.6-meter size, excels in navigating tight spaces and shallow waters, providing an excellent solution for tasks such as dredging and shoreline assessments. Its role extends to leading manned vessels in reconnaissance during storms, ensuring safe navigation. In contrast, the larger Uni-Pact, with enhanced payload capacity, addresses comprehensive survey and operational needs. This strategic classification allows us to offer specialized solutions tailored to specific tasks and environments.

What’s been the market response so far?

The market response to our recent developments has been highly positive. We already had an established name in the USV market because Unique Group doesn’t just sell, but we also rent. It’s quite a big market for us in the energy sector. We have already been successful with the Uni-Pact, and now we are providing two more solutions to problems that customers genuinely have. The decision to offer both a smaller and a larger USV was a strategic response to specific customer demands of wanting higher endurance and enhanced functionality. To do that, we need a bigger and more stable platform. We topped it with the functionality to run two different payloads, be a sub-bottom profiler, and a multi-beam.

Do you see these USVs having a more active role in offshore wind energy production as the sector ramps up?

There’s quite a parallel between the green-energy movement for renewables and green USVs. When you’re getting into the renewable market space, obviously you have a desire to deviate away from the internal combustion engine and bring another option to the market — whether it’s something that’s not coal, not nuclear, you want to do something new, and that’s where wind energy comes in. USVs follow the same path: Most of them, especially the smaller ones, are electrically powered. They’re battery powered and rechargeable. Even the larger ones have a hybrid powertrain, where in fact, a small generator runs and recharges the batteries, allowing it to maintain its endurance and keep going. This reduces reliance on a big diesel or petrol-powered internal combustion engine.

Anything else you’d like to mention that we didn’t talk about?

In addition to our USVs, we offer comprehensive solutions that extend beyond the vessels themselves. For communication needs, our USVs utilize 4G wireless technology. However, recognizing potential challenges in remote locations, we offer Uni-Mesh — a mesh radio network ensuring secure communications during surveys.

To further facilitate our clients, we provide a deployment case containing first-line consumable spares, regardless of whether it’s a rental or a purchase. This Pelican case includes the controller, necessary documentation (checklists, training materials), and essential spare parts, ensuring seamless operations. Our commitment is to offer an all-encompassing solution, making it easy for clients to use our vessels while providing the necessary components to keep them running efficiently.

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Pressure Vessel Manufacturing and Testing

Our audit uncovered some issues in the pressure vessel manufacturing and testing process.

• Lack of weld fusion and undercuts in certain areas were found.
• The report on the pressure vessel’s hydrostatic test did not mention if the medical lock was included as part of the test.
• Critical PVHO documents including post hydro testing NDT were missing from the chamber manufacturing data book.

The lack of these documents emphasizes the need for robust manufacturing quality plans and thorough testing, ensuring that every detail is accounted for to meet the required standards.

Dive Control Communication Units & Relief Valves

It was noted the communication units in the dive control system were not suitable. They were portable units, removed from transit cases and mounted in a way that exposed their electronic parts to harsh marine conditions.

 This could lead to corrosion and equipment failure, underlining the importance of choosing the correct OEM equipment that can withstand the marine environment. Certain relief valves on the control panel were fitted after the gauge, in the event of an over pressurisation the gauges could be damaged or fail.

Machinery Van Safety Measures

In the machinery van, there were no circuit breakers for high-pressure and low-pressure compressors, with only isolation switches fitted.

Container Modifications and Material Selection

Areas, where modifications were made to containers, lacked the correct painting process, resulting in the development of rust where modifications had taken place. In the marine environment, where rust is common, following the right procedures for surface protection is vital.

Additionally, the materials used in certain parts of the launch and recovery system were not suitable for the harsh marine conditions. This highlights the need for choosing materials and paint specifications that can withstand marine environments.

Launch and Recovery System Design

The design of the emergency braking system in the launch and recovery setup raised safety concerns. It’s manually activated, meaning if the main brake fails, the operator could be placed in the line of fire. The positioning of control boxes makes it difficult for the winch operator to see the hydraulic system status.

Adding to that, there’s no emergency changeover valve on the hydraulic power system, and some hydraulic piping isn’t properly protected using Denso Tape or similar method of protection. It was also noted that the A-frame structure was not fitted with a wire catcher which safeguards the uncontrolled descent of the basket in the event of a sheave wheel failure.

Conclusion

In conclusion, our recent audit reinforces the need to prioritize quality over cost when it comes to diving equipment. While saving money may be tempting, compromising on the quality of gear can lead to serious safety issues and operational downtime. As a leader in the industry, Unique Group is committed to utilising proven designs, and the highest quality materials and components. Putting safety and reliability before cost.

If you are looking for a commercial diving equipment, connect with our Unique Group technical specialist and we can provide you expert advise on choosing the right system for your needs and even manufacture the system for you with the best industry standards. Explore the range here.

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