Marine Recycling & Port Services
Decades of Marine Recycling
ABLE is one of the most experienced and adept organisations in the world when it comes to the recycling of marine structures and end-of-life vessels. This is in part due to the unique offering to undertake work at the largest scale, specialised by the Able Seaton Port Facility in the North East of England.
We have the capabilities and track record to tackle the most complex and demanding projects, and our strong in-house capabilities have enabled us to undertake a variety of challenging assignments for a number of well-established clients whose high standards have always been met or surpassed.
ABLE Seaton Port had the extremely rare and prized distinction of being the only facility outside of the United States that has been certified by the US Department of Transportation Maritime Administration (MARAD) for the decommissioning of its redundant assets. Recycling of the vessels from the MARAD Fleet commenced at ASP in 2008.
Owing to the complications and structure of these obsolete vessels, strict care was afforded towards the recycling process. Overall, ABLE provides a recycling rate of 98% + and with full traceability of all waste streams from all redundant of your structures and vessels.
Our recycling processes ensure that valuable materials are recovered and reused where possible then recycled in the amount of that minimises waste and reduces the environmental impact of the decommissioning.
Bespoke working practices are developed for specific projects to ensure our client’s needs are met.
Renewable Port Services for Businesses
Able Renewables provides innovative and sustainable port services. Our expertise extends beyond renewable energy solutions to include the recycling of end-of-life vessels and marine structures. Here’s an overview of the comprehensive renewable port services we offer to businesses:
Heavy Lift and Assembly Services
Able has undertaken a multi-million-pound investment plan to continually purchase new Offshore Wind component heavy lift and transportation equipment, including Self-propelled modular transporters (SPMT) a Liebherr LHM600SHL - Mobile Harbour Crane. Our ports heavy duty hard standing, deep-water, heavy-duty quays additional extra heavy lift pads make it an ideal location for challenging movement and assembly of projects.
Green Energy Supply
ABLE Is in the process of providing reliable supplies of renewable energy to their port facilities and businesses operating within the ports. This includes electricity generated from offshore and onshore wind, solar. Utilising green energy helps businesses reduce their carbon footprint and contribute to a sustainable future.
Shore Power Solutions
Our shore power solutions will allow vessels docked at the ports to connect to the electrical grid instead of using their diesel engines. This significantly reduces emissions, noise, fuel consumption and costs, promoting cleaner air and a healthier environment. Shore power is particularly beneficial for reducing the environmental impact of large-scale renewables installation vessels.
Renewable Energy Infrastructure
ABLE design, install, and maintain renewable energy infrastructure within port areas. This includes solar panels on rooftops and parking structures, wind turbines, and energy storage systems. Our infrastructure solutions are scalable and can be customised to meet the specific energy needs of each business.
Electric Vehicle (EV) Charging Stations
To support the growing adoption of electric vehicles, ABLE supply EV charging stations throughout the port area. These stations are powered by renewable energy, ensuring that the transition to electric vehicles is as green as possible. ABLE can offer EV charging as a service to client’s employees, customers, and visitors, promoting sustainable transportation. AHP has the first commercial electric heavy goods vehicle (EHGV) charging facility in the UK opening Q1 2025.
Energy Efficiency Audits
When utilising ABLE’s Green Energy Supply, our team can conduct comprehensive energy efficiency audits for port clients. We identify areas where energy consumption can be reduced and recommend improvements. Implementing these recommendations can lead to significant cost savings and a reduction in overall energy usage.
Sustainable Waste Management
ABLE offer sustainable waste management services, including recycling and waste-to-energy solutions. By converting waste to energy, businesses can minimise landfill use and reduce their environmental impact. Our waste management services are designed to be efficient, cost-effective, and environmentally friendly.
Environmental Monitoring and Reporting
We provide environmental monitoring and reporting services to help businesses track their sustainability performance. This includes monitoring air and water quality, energy usage, and emissions. Our detailed reports help businesses comply with environmental regulations and demonstrate their commitment to sustainability.
Benefits of Partnering with Able Renewables
Reduced Carbon Footprint: By utilising renewable energy and sustainable practices, businesses can significantly lower their greenhouse gas emissions.
Cost Savings: Energy efficiency improvements and renewable energy solutions can lead to substantial cost savings over time.
Regulatory Compliance: Our services help businesses meet environmental regulations and standards, avoiding potential fines and penalties.
Enhanced Reputation: Demonstrating a commitment to sustainability can enhance a business’s reputation and appeal to environmentally conscious customers and stakeholders.
Innovation and Leadership: Partnering with Able Renewables positions businesses as leaders in the transition to a sustainable future.
Safety, Health, Environment & Quality: Clean energy technologies and processes supplied by Able Renewables, produce minimal harmful emissions, leading to better air quality and reducing respiratory and cardiovascular issues. Able Renewables prioritises worker safety by minimising environmental harm and improving operational efficiency, resulting in safer working conditions and reduced risk of accidents and health issues. Our renewable port services significantly lower local pollution levels, benefiting the health of nearby communities. Able Renewables port operations contribute to economic growth and social stability, supporting public health by providing better living conditions and job security.
Track Record of Large-Scale Recycling of Marine Structures
ABLEs track record of undertaking complex Marine Recycling projects speaks for itself:
Date | Client | Description | Scope of Work |
---|---|---|---|
2024 | Shell | Brent Charlie | Load-in and disposal |
2022 | Heerema | Chrysaor Murdoch | Load-in and disposal |
2022 | AFD/ Heerema | Chrysaor | Load-in and disposal |
2022 | Saipem | Chrysaor | Load-in and disposal |
2020 | Heerema | Exxon Mobil Sable Island | Load-in and disposal |
2020 | Shell | Brent Alpha | Load-in and disposal |
2019 | Shell | Brent Bravo | Load-in and disposal |
2017 | Shell | Brent Delta | Load-in and disposal |
2016 | Conoco Phillips | Phoenix Module | Load-in and disposal |
2012/13 | Petrofac | FPF1 | Semi Submersible Live Topside Destruct & Asbestos Removal. |
2011/12 | Ensco | Various | Jack up Drilling Rig Live Destruct & Asbestos Removal. |
2008/10 | BP | NW Hutton | Load-in and disposal of Topside and Jacket. |
2005 | Newfield Petroleum | Grove Platform | Load-out of Topsides and Jacket by SPMT. |
2004/5 | Exxon Mobil | Camelot CB | Load-in of Topside and Jacket from North Sea barge by SPMT. |
2003 | NAM | K14 | Load-in of Topside and Jacket from North Sea barge by SPMT, dismantling of the modules and complete disposal of all arisings. |
2002 | TotalFinaElf | Frigg Frøy | Load-in and disposal of concrete subsea sections and mattress protection. |
1999 | NAM | K11-FA-1 | Load-in and disposal of Topside and Jacket with piles. |
1997 | Shell Expro | BK Leman BK | Load-in and disposal of Jacket. |
1997 | Shell Expro | Brent Delta | Load in and disposal of Topside modules. |
1996 | BP Hamilton | Esmond | Load-in and disposal of Topside and Jacket. |
1996 | Shell Expro | Leman BK | Load-in and disposal of Topside modules. |
1996 | Shell Expro | Brent Charlie | Load-in and disposal of Topside modules. |
1995 | Shell Expro | Cormorant Alpha | Load-in and disposal of Topside modules. |
1994 | Shell Expro | Dunlin | Load-in and disposal of Topside modules. |
1994 | Shell Expro | Brent Bravo | Load-in and disposal of Topside modules. |
1985 | Phillips Petroleum | Albusk Jell | Dismantling of Topside module and disposal of all arisings. |