Strohm and UNITECH Offshore have signed a memorandum of understanding (MoU) to develop an integrated flangeless subsea system for the subsea connection of fluids and gases. This advancement represents a significant improvement in subsea transportation systems, especially in critical applications such as the transportation of hydrocarbons , water and gas.
Benefits of flangeless subsea system
Strohm, renowned for its Thermoplastic Composite Pipe (TCP) technology, offers highly resilient solutions that can operate at depths of up to 3,000 meters . These completely non-metallic, highly corrosion-resistant pipes are designed to prevent fatigue and ensure long-lasting performance under extreme conditions. Their adaptability makes them the ideal choice for applications such as subsea bridges, flowlines and dynamic risers.
For its part, UNITECH Offshore , with its innovative UH-500 series of subsea connectors, offers solutions that withstand pressures of up to 15,000 psi . Designed for applications such as methanol injection and scale compression, these connectors are essential in the field of subsea connectivity, ensuring faster and more efficient installation thanks to their flangeless installation design.
UNITECH Offshore High Pressure Submarine Connectors
The integration of UNITECH Offshore connectors with Strohm solutions creates a completely seamless system that, in addition to improving installation efficiency, also reduces the risk of leaks – a crucial advantage for operations in the subsea environment.
This integrated system represents a further step towards creating more robust and sustainable subsea solutions, which are essential for the energy sector, especially in the oil and gas industry .
This collaboration underlines the commitment of both companies to advance subsea connection technology with a focus on engineering simplicity and reliable performance. With this new alliance, Strohm and UNITECH Offshore are ready to deliver high-performance solutions that will significantly improve subsea connectivity and facilitate the efficient transportation of fluids and gases under extreme conditions.
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Source and photo: Strohm
