- HP/HT Oil & Gas field optimal cooling
HP/HT fields have very high temperatures. Accurate cooling before pipeline export is highly desirable for pipeline design and corrosion issues, while avoiding high viscosities, wax formation or hydrates.
- Conventional Subsea Gas
SubCoolTM active cooling reduces corrosion & pipeline buckling, replacing ineffective, expensive, passive pipeline cooling spools.
- Deepwater Gas
SubCoolTM active cooling reduces corrosion, replaces ineffective, passive pipeline cooling spools, while optimising insulation. With separation, 80-90% of water is removed with a huge reduction in glycol use. Removal of liquids reduces pressure loss.
- Improved, robust Subsea Compression
Superior subsea compression performance and ‘design-ability’
Gas remains outside the hydrate zone with upstream glycol injection not required True processing possible, as per a surface compression facility.
- Pre-FLNG seabed cooling & processing
Huge potential on almost every FLNG opportunity. Cooling and pre-processing possible. Approximately 10% of the total cooling duty completed on the seabed. Why accept higher arrival temperatures with increased cooling duties? Other processing and flow assurance advantages. Economics compelling.
- Surface support hub concept with full subsea gas processing solution
The optimal solution between surface & seabed processing options. Unlimited tie-back distance potential.
Gas is fully processed subsea with minimal surface support hub for control, power & liquids processing.