... pressure.Reason being, in the upward flow process of the production fluid with high temperature, it has transferred a lot of heat radially to the TCA, thus directly improving the TAP. In addition, the design and production stages should be combined to realize the analysis and control of each influencing factor...

... (MPU) is a low pressure production unit with integral desanding and dewatering. MPU is a system tailored to boost the pressure of production fluids from low pressure wells, while handling common challenges in mature fields such as high water cut and high sand production. The system is ideally suited...

... for their upcoming developments. This hybrid riser tower solution can lend itself readily for HPHT field developments, or aggressive production fluids, when conventional riser solutions such as bonded or unbonded flexible pipes, and corrosion resistance alloy (CRA) clad steel catenary risers cannot handle the fluid...

..., typically a platform. Subsea to subsea intelligent pigging operations for inspection of the pipeline. The main challenges are: How do we kick the pig into the production fluid? Added difficulty with bypass pigs Long term storage of pigs subsea (in production fluid) What do we do with the debris...

... system is a major task over the entire life cycle of the subsea production system (SPS) development. The thermal studies include heat transfer modeling and temperature-distribution calculations of the production fluid and hardware of the entire SPS stretched between the reservoir and the process facility...

... required power generation. architecture shutdown heating system topsides flowline installation riser injection depressurisation water depth heating production fluid subsea system requirement upstream oil & gas thermal insulation performance bundle insulation circulation power...