You have not found your excellent Artificial Lift Method among the standard ones? There is so much more to explore!
We are here to support you finding the perfect AL system for your application!
- Hydraulic Jet Pump
- HSP Hydraulic Submersible Pump
- HPS Horizontal Pump System
- Multiphase Pumps
- Downhole Water Separation
- Downhole Gas Compressor
Hydraulic Jet Pump
How we can support you:
This is where Artificial Lift EXCELLENCE comes into play - we are supporting you in combining an excellent Artificial Lift Method with excellent flow assurance solutions:
Different production chemicals, diluents as well as fresh water for desalting can be easily added to enhance flow assurance. We assist you not only with the design of the jet pump, but also make recommendations how to apply chemical solutions for your challenging field application - and this in a safe, reliable and efficient way!
HSP Hydraulic Submersible Pump
Hydraulic Submersible Pumps are similar to standard ESPs, but are driven not by an submerged motor, but by a pressurized power fluid and a turbine. Thereby all potential failures of electrification (cable, motor, protector) are avoided, but also any problems arising from high temperature of the motor. Furthermore HSPs can operate at larger rotational speed than standard ESPs and are able to handle significant amount of free gas at intake. In an open design, the power fluid is commingled with the reservoir fluid after the centrifugal pump and needs to be separated again on surface. When being pumped in a closed system, more effort needs to be taken for the system design itself.
HPS Horizontal Pump System
Horizontal Pump Systems are centrifugal booster pumps, most often used on surface or platforms to for crude oil transport pipelines, or in subsea skids to boost the fluid on the seabed.
Multiphase Pumps
Subsea multiphase pumps can bring significant value by lowering the well head pressure and thereby increasing recoverable reserves of low pressure wells. In addition the multiphase pumps boost the produced fluids on the seabed to reach the processing facilities.
Downhole Water Separation
Downhole oil/water separation offers large benefits, once the system is properly designed: Here typically an ESP is producing oil and water of a conventional reservoir, feeding into hydrocyclones, which separate the water from the produced oil. The water stream is getting reinjected into a water zone, while the oil stream is produced to surface.
Downhole Gas Compressor
Similar to ESPs in oil wells, downhole gas compressors are used in wells of midlife gas fields, in order to increase the recoverable production of lower pressure gas wells. Magnetic couplings are connecting the Permanent Magnet Motor with the Gas Compressor section, making drive shafts and seal sections redundant, thereby increasing the system's reliability.