What's Happening?
Decom Engineering, an Aberdeen-headquartered company, has secured nine new mooring chain projects in 2026, marking a significant expansion beyond its traditional decommissioning market. According to Michael O’Neill, Decom’s Head of Business Development,
two-thirds of these projects are installation campaigns, indicating a strategic shift. The company attributes this success to its proprietary tools, such as the C1-16UL and C1-10 Chopsaws, which are designed for both the removal of legacy infrastructure and the installation and commissioning of new offshore assets. These tools are capable of fast and controlled cutting of mooring chains, ranging from 80 mm to 200 mm in diameter, during installation to remove excess chain after tensioning. Decom Engineering emphasizes its role as an engineering business that solves cutting problems throughout an asset's lifecycle, rather than solely a decommissioning contractor. The C1-16UL, developed specifically for mooring chains, has demonstrated efficiency by completing cuts in under 15 minutes, significantly faster than client benchmarks. The smaller C1-10 model, launched earlier this year, is deployable by remotely operated vehicles (ROV) for lighter mooring chains and greater depths. Additionally, a retention clamp system allows for secure recovery of cut links on live assets.
Why It's Important?
This expansion by Decom Engineering is important for the U.S. energy sector, particularly as the nation increasingly invests in offshore renewable installations like floating wind farms. The growing demand for fast, reliable, and controlled mooring chain cutting, as highlighted by Michael O’Neill, directly supports the efficiency and safety of these complex offshore projects. By providing tools that can operate across the entire asset lifecycle, from installation to decommissioning, Decom Engineering helps streamline operations and reduce costs for energy companies. The ability to quickly and safely cut mooring chains during installation minimizes downtime and operational risks, which is crucial for large-scale infrastructure projects. Furthermore, the development of specialized tools like the ROV-deployable C1-10 Chopsaw allows for operations in challenging deepwater environments, expanding the scope of feasible offshore developments. This technological advancement contributes to the overall robustness and sustainability of the U.S. offshore energy industry, facilitating the transition to renewable sources while maintaining efficiency in traditional oil and gas operations.
What's Next?
Decom Engineering plans to further scale its operations, with projections to have 10 C1-16UL Chopsaws and four C1-10s operational by the end of 2026. This increased capacity will enable the company to meet the anticipated growing demand for mooring chain cutting services, particularly with the rise of floating wind and other renewable installations. The company expects to strengthen its standing in the installation, commissioning, and decommissioning sectors. Continued deployment of their C1-16UL units in regions like Brazil, East Coast of Canada, and the U.S., along with the C1-10 in Australia and Brazil, indicates a global strategy to support offshore energy projects. The focus will likely remain on refining their proprietary tools and developing new solutions to address evolving challenges in offshore asset management, ensuring they can adapt to the specific needs of both established oil and gas markets and emerging renewable energy projects.
Beyond the Headlines
The shift in Decom Engineering's focus from solely decommissioning to encompassing the entire asset lifecycle reflects a broader trend in the offshore energy industry towards integrated solutions and sustainability. This approach not only addresses the immediate needs of installation and removal but also promotes a more circular economy for offshore infrastructure. By developing tools that enhance efficiency and safety at every stage, the company contributes to reducing the environmental footprint of offshore operations and optimizing resource utilization. The emphasis on engineering solutions for 'cutting problems' rather than just being a 'decommissioning contractor' highlights a proactive stance in adapting to technological advancements and market demands. This strategic evolution could set a precedent for other companies in the sector, encouraging a more holistic and environmentally conscious approach to offshore energy development and management.
