Strohm to Supply TCP Production Jumpers for Deepwater Malaysia Field Extension

Why It Matters

The deal highlights a strategic shift toward lighter, cost‑effective composite solutions, reshaping offshore infrastructure economics and reliability.

Key Takeaways

• Strohm to deliver two 7‑in TCP jumpers.
• Jumpers designed for 1,350 m deepwater deployment.
• Composite pipe can cut installation costs up to 30%.
• TCP provides corrosion resistance and lighter weight.
• Southeast Asia offshore market increasingly adopting composites.

Pulse Analysis

Thermoplastic composite pipe (TCP) is rapidly emerging as a viable alternative to steel in offshore environments, thanks to its inherent resistance to corrosion, superior fatigue characteristics, and significantly reduced weight. These attributes enable longer spoolable lengths and simplify subsea handling, which translates into lower logistical footprints and faster project timelines. As operators confront harsher sour conditions and tighter emissions targets, TCP’s insulated variants also help maintain fluid temperatures, enhancing flow assurance in deepwater scenarios.

Strohm’s recent contract to provide two 7‑inch CF/PA12 jumpers for a Malaysian deep‑water extension illustrates the commercial traction of this technology. By delivering pipe that can be installed with smaller, multi‑purpose vessels, the project is projected to slash installation expenses by up to 30% compared with conventional steel solutions. Beyond upfront savings, the lighter pipe reduces deck load, minimizes vessel charter days, and lowers the risk of fatigue‑related failures, delivering lifecycle cost benefits and higher reliability for operators.

The Southeast Asian offshore market, buoyed by rising deep‑water oil and gas investments, is poised to accelerate the shift toward composite pipelines. Operators seeking to balance performance, cost efficiency, and carbon intensity are increasingly evaluating TCP for flowlines, risers and jumpers. As regional projects scale, the cumulative impact could reshape supply chains, favor vendors with advanced composite capabilities, and set new benchmarks for subsea infrastructure design worldwide.