Pipeline solutions
We deliver energy-efficient and highly insulated pipeline solutions from liquid hydrogen at -253°C to ultra-high temperature above 500°C, enhancing your operations with advanced engineering and best-for-project designs.
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-253 °C to - 45°C
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-60°C to 0°C
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0°C to 150°C
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0°C to 250°C
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350°C to 600°C
Safely Transporting your cryogenic products
LH₂
LNG
Ethane
Cryogenic Pipelines
Our cryogenic PIP enables terminal architectures with a unique design that uses expansion-controlled alloys, eliminating the need for expansion loops. This allows fully buried or subsea cryogenic loading and boil-off gas pipelines. Ideal for LNG and LH2, our pipelines reduce heat ingress and minimize boil-off gas.
-196°C SupraMarine pipelines
Our subsea superconductor connects offshore windfarms with electrical networks via low-voltage lossless cable, revolutionizing power generation architectures.
Lossless power transmission
LPG
Ammonia
CO2
Regrigerated Pipelines
Our refrigerated pipe-in-pipe (PIP) technology allows for the transfer of all liquid gas products requiring temperatures as low as -45°C. This system enables subsea and buried pipelines, with double containment, enabling terminals.
Keeping your cool efficient transport
Oil & gas
Insulated Subsea Flowlines
Our Pipe-in-Pipe solutions offers market leading thermal insulation. The low U-values enable long tieback of stranded reserves and meet demanding flow assurance needs including low wellhead temperaturs, high wax content and hydrate mitigation for oil and gas transport.
Infinite no-touch
Oil & gas
Bitumen
Heat – traced Flowlines
Our electrically heat-traced flowlines ensure hydrate and wax mitigation, the ultimate in flow assurance, and providing flexible operations, and temperature control for viscous fluids like heavy oil, bitumen and liquid sulfur.
Vapour
60° to 350° Downhole Tubing
The downhole tubing solution provides highly efficient energy transfer within wells whilst maintaining well integrity, ensuring vapour quality for well stimulation or efficient production for geothermal operation.
Over and above
Vapour
Molten
salts
Ultra High Temperature PiP
Our Ultra High Temperature PiP enables the transfer of very hot working fluids typically super-heated vapour or moltens salts, enhancing efficiency. Cyclic operations can be mitigated through active heating.
