Jet Pump Range for Production Rates of 10 BPD to 10K BPD
Up to 1,700 bpd
- Slim hole with concentric tubing
- Bad casing
- Gas well dewatering
- Sliding sleeve/cavity pump for 2-3/8" tubing
Up to 4,000 bpd
- Sliding sleeve/cavity pump for 2-3/8" & 3-1/2" tubing
Up to 10,000 bpd
- Tubing conveyed housing for 2-3/8" –4-1/2" tubing
- Frac flowbacks
- Highest volume and most efficient pump
- Sliding sleeve/cavity pump for 4-1/2" tubing and up
Jet Pump Materials of Construction
With no moving parts in the well the jet pump is already the most reliable artificial lift solution. The materials of construction are chosen to ensure very long life even in the harshest of well environments.
High Efficiency Through Design
Increase flow areas, direct fluid delivery to the draw down point, coupled with EDM machined (patent pending) outlet sub gives the jet pump a marked advantage over other types of jet pump.
This also contributes to high ratios of:
Barrels of Fluid Lifted per kW of Power
Achieving high efficiencies than many other artificial lift alternatives.
Jet Pump Inflow Area Comparison
Jet Pump Outflow Area Comparison
Jet pump design delivers increased efficacy due to larger inflow and outflow area.
Customisation
The ability to supply custom profiles to fit customers existing completions enables lower cost of implementation and greater ease to switch from other forms of artificial lift
Extensive stock
The simplicity of the jet means that stock parts are easily put in place and readily available.

Easy Retrieval of Jet Pump in Forward or Reverse Flow Mode
Sometimes well conditions dictate that produced well fluid should be kept away from the casing. The jet pump is then used in the reverse flow configuration. The jet pump can still be retrieved without a slick line or workover rig.