Strohm’s TCP Jumper debuts in deepwater West Africa with TotalEnergies

In a significant advancement for deepwater oil and gas exploration, Strohm, the world’s first and leading TCP (thermoplastic composite pipe) technology company, has successfully commissioned a TCP Jumper in the deep waters (1600 m) of West Africa’s Egina field. This project, in collaboration with TotalEnergies, marks a milestone in subsea pipeline technology, showcasing innovative and sustainable solutions in the industry.

TotalEnergies’ Rigorous Testing Leads to Successful Deployment

The Netherlands-based Strohm’s TCP Jumper underwent extensive testing by TotalEnergies, qualifying it for permanent subsea applications. All pre-deployment inspections and tests were successfully completed, confirming the TCP Jumper’s readiness for its full life cycle, right on schedule. This rigorous testing program underscores the reliability and efficiency of Strohm’s TCP technology in challenging deepwater environments.

Strohm Launches Pioneering TCP Technology in West Africa with TotalEnergies

Innovative Installation Process: Embracing Local Expertise and Sustainability

The installation of Strohm’s 5.2” ID, 340 bar design pressure TCP Jumper in the Egina field was a model of innovation and local collaboration. Supported by a Nigerian subsea services provider, the lightweight properties of the pipe allowed for transportation by a small, multi-purpose vessel and installation by local contractors. This approach not only reduced carbon emissions but also significantly cut costs, demonstrating Strohm’s commitment to sustainable energy solutions.

Strohm’s TCP: A Revolution in Subsea Pipeline Technology

Martin van Onna, CEO of Strohm, expressed pride in this achievement: “We are immensely proud to see our first TCP Jumper for our highly valued client TotalEnergies installed and operational in West Africa. This success reaffirms TCP as an ideal deepwater solution and strengthens our leading position in the market.”

Strohm’s TCP technology offers a robust, corrosion-free solution for operators. Its ability to be manufactured in long continuous lengths, stored on-site, and quickly deployed highlights the versatility and environmental benefits of the technology. Additionally, TCP for subsea jumpers, flowlines, and risers has been proven to reduce the CO2 footprint of pipeline infrastructures by more than 50%, aligning with global efforts towards sustainable energy practices.

Conclusion: Setting New Standards in Deepwater Exploration

The successful commissioning of Strohm’s TCP Jumper in collaboration with TotalEnergies is a testament to the potential of innovative subsea technologies in transforming the oil and gas industry. By leveraging local expertise, focusing on sustainability, and pushing the boundaries of deepwater exploration, Strohm and TotalEnergies are paving the way for more efficient and environmentally responsible energy solutions.