SLB OneSubsea Wins bp Contract to Deliver Subsea Boosting System for Thunder Horse Development
Global energy technology company SLB has announced that its OneSubsea joint venture has secured a major engineering, procurement and construction (EPC) contract from bp to provide a subsea boosting system for the Thunder Horse project, one of the most significant deepwater developments in the Gulf of America. The award further strengthens the long-standing collaboration between the two companies and highlights the growing role of advanced subsea technologies in maximizing production and improving recovery rates from offshore assets.
The contract marks another milestone in bp’s ongoing efforts to optimize performance across its deepwater portfolio while leveraging innovative technologies that can extend the productive life of existing fields. For SLB OneSubsea, the award reinforces its position as a leading provider of subsea processing and boosting solutions designed to help operators enhance efficiency, reduce development risks, and improve project execution timelines.
The Thunder Horse project is one of the largest deepwater oil and gas assets in the Gulf of America and has served as a key contributor to offshore energy production for many years. As mature fields continue to face natural production decline, operators are increasingly turning to advanced subsea technologies to maintain output levels and improve hydrocarbon recovery. Subsea boosting systems have emerged as a critical solution in this effort, helping to overcome pressure challenges and sustain production from reservoirs that might otherwise experience reduced performance.
Under the terms of the EPC contract, SLB OneSubsea will supply a complete subsea boosting system along with all associated project management, engineering, manufacturing, integration, and testing activities required for successful deployment. The company’s responsibilities extend across the full project lifecycle, ensuring that the equipment is designed, built, and delivered according to bp’s operational requirements and schedule.
The Thunder Horse award follows closely on the heels of similar contracts awarded to SLB OneSubsea for bp’s Kaskida and Tiber developments. Together, these projects demonstrate a strategic approach centered on the use of standardized subsea boosting technologies. By adopting a common system architecture across multiple developments, bp aims to streamline project execution, reduce complexity, and accelerate deployment schedules while benefiting from proven technology solutions.
Standardization has become an increasingly important theme within the offshore energy sector. Historically, many deepwater projects relied on highly customized equipment and systems, often resulting in longer development timelines, increased engineering requirements, and higher overall project costs. In contrast, standardized subsea solutions enable operators to leverage repeatable designs and established manufacturing processes, reducing uncertainty and improving efficiency throughout the project lifecycle.
According to SLB OneSubsea, the same supplier-led standardized boosting solution will be utilized across the Thunder Horse, Kaskida, and Tiber developments. This approach is expected to provide several operational benefits, including shorter delivery times, improved reliability, enhanced quality control, and reduced execution risk. Standardized systems also simplify maintenance and support activities over the long term, creating additional value for operators seeking to maximize returns from offshore assets.
Mads Hjelmeland, Chief Executive Officer of SLB OneSubsea, emphasized the strategic importance of subsea boosting technology in today’s offshore operating environment. He noted that subsea boosting plays a crucial role in extending production from existing fields while helping operators improve overall recovery rates and field economics.
According to Hjelmeland, the company’s standardized subsea solutions are designed to support faster deployment and greater operational efficiency. By accelerating project execution and improving production performance, these technologies can help operators optimize field output while enhancing the long-term value of offshore developments.
Subsea boosting systems function by increasing the pressure of produced fluids on the seabed before they are transported to processing facilities. This additional pressure support helps maintain flow rates, reduce bottlenecks, and improve reservoir drainage. As fields mature and natural reservoir pressure declines, boosting systems can significantly extend production life and increase the volume of recoverable hydrocarbons.
The technology has become increasingly important as energy companies focus on maximizing production from existing infrastructure rather than pursuing entirely new developments. By enhancing recovery from established assets, operators can improve project economics while minimizing the environmental footprint associated with new infrastructure construction.
For bp, the deployment of advanced subsea processing and boosting systems aligns with broader efforts to improve the efficiency and competitiveness of its offshore operations. The company continues to invest in technologies that can deliver greater production performance while supporting safe and reliable operations in challenging deepwater environments.
The Gulf of America remains one of the world’s most important offshore energy regions, containing significant oil and gas resources and hosting some of the industry’s most technologically advanced projects. Deepwater developments in the region require highly specialized equipment capable of operating under extreme pressures, temperatures, and environmental conditions. As a result, technology providers such as SLB OneSubsea play a vital role in enabling safe and efficient production from these complex assets.
The latest contract also reflects broader industry trends toward integrated project delivery models. By providing engineering, procurement, construction, manufacturing, and testing services under a single contract, SLB OneSubsea can help simplify project management and improve coordination across different phases of development. Such integrated approaches are increasingly valued by operators seeking to reduce project risks and improve schedule certainty.
As offshore energy companies continue to prioritize efficiency, reliability, and production optimization, demand for advanced subsea technologies is expected to remain strong. Subsea boosting, in particular, is gaining momentum as a proven method for enhancing production from mature fields while supporting higher recovery rates and extending asset life.
The Thunder Horse project represents another important step in the ongoing partnership between bp and SLB OneSubsea. By leveraging standardized subsea boosting technology across multiple deepwater developments, the companies are pursuing a strategy aimed at improving operational performance, accelerating deployment timelines, and maximizing resource recovery from some of the Gulf of America’s most valuable offshore assets.
With the addition of Thunder Horse to its growing portfolio of subsea boosting projects, SLB OneSubsea continues to demonstrate the increasing relevance of standardized subsea processing solutions in modern offshore energy development. As operators seek to unlock greater value from existing infrastructure and reservoirs, technologies that enhance production efficiency and improve recovery rates are likely to play an even more prominent role in shaping the future of deepwater operations worldwide.
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