News
Public · Published
ZAWYA: Strohm secures contract for ultra-deepwater TCP jumpers in Southeast Asia
Strohm secured a medium-sized contract to supply four carbon fibre PA12 thermoplastic composite pipe jumpers for an ultra-deepwater field in Southeast Asia. Each 6.9-inch jumper is about 1,000 metres long, and they will operate at water depths exceeding 2,200 metres.
Published:
Updated:
What happened
Strohm secured a medium-sized contract to supply four carbon fibre PA12 thermoplastic composite pipe jumpers for an ultra-deepwater field in Southeast Asia. Each 6.9-inch jumper is about 1,000 metres long, and they will operate at water depths exceeding 2,200 metres.
Confirmed
Global impact / market context
The award expands Strohm's thermoplastic composite pipe business in Southeast Asia and continues its work with McDermott, which procures and installs the jumpers for a major international operator. That could support Strohm's revenue and its case for wider use of composite pipe in deepwater projects.
Analyst inference
Ultra-deepwater developments need equipment that can be installed with existing vessels. Strohm says its pipe is lightweight and spoolable, which means it can be wound onto a reel, and long-length delivery allows installation with light or medium offshore construction vessels, potentially reducing installation needs.
Analyst inference
What to watch
- McDermott's Subsea and Floating Facilities business line will procure and install the four jumpers on behalf of a major international operator, using a vertical lay system to place the pipe offshore. Confirmed
- Watch whether Strohm announces further Southeast Asia contracts, since it said the award strengthens its presence there and positions it to support the next phase of deepwater energy development. Proposed
- Watch whether this contract leads to more orders using light or medium vessels, since lower installation requirements could make composite pipe more cost-effective for operators compared with heavier steel alternatives. Analyst inference
Evidence
- Original source link unavailable