High Rise
ESP series pumps
Get more lift and fewer worries
High Rise™ ESP series pumps deliver more lift with fewer stages, optimized efficiency, and enhanced durability for extended production life. The robust pumps were designed handle the dynamic production rates and harsh downhole conditions common in unconventional wells to deliver more lift and fewer worries.
Get more with less
Achieve greater lift per stage with fewer components and extend the flow range of your ESP.
Extend ESP system longevity
Prolong the run life of your ESP with upgrades designed by our experienced engineering team.
Make a complex pump simple
Minimize the potential for manufacturing and assembly issues with our simplified design.
- Unconventional oil wells
- Conventional oil wells
- Achieves up to 33%* greater lift per unit length of pump with patented Oculus™ technology
- Handles flow rates 200–7,500 bbl/d [31.8–1,192.4 m³/d]
- Increase ESP pull strength by more than 40%**
- Improve shaft strength by 20%**
- Reduces CO₂ emissions by 1 ton per ESP install†
- Uses on average 20% less heavy metals†
- Expands the operating range to reduce ESP change outs
- Reduces rig time
- Mitigates the impact of thermal cycling, gas locks, and higher temperatures
- Reduces pump assembly complexity
- Enhanced hydraulic design of the pumps achieves continuously rising head, which allows for an expanded operating range on the lower side of the flowrate
- Housing thread and bolt patterns increase the pull strength by 40%** to reduce the potential for parted units
- Improved mechanical retention of carbide bushings in the pump head and base mitigate the impact of thermal cycling and gas locking
- Double O-ring seal design increases pump pressure rating and keeps well fluid out of the threads
- 50% stronger head and base material
- Higher grade materials reduce the impact of corrosion
- Enhanced pump throat design reduces the impact of erosion from abrasives in the fluid while allowing for higher flow rates
**Based on independent lab testing of comparable products
†Based on comparable pumps with five sections and EPA calculations