GR offers operators solutions from flowback through production with a unique horizontal pumping system (HPS) and versatile hydraulic jet pumps (HJP) that provide advantages over rod lift and ESP systems in many environments. Our goal is to lift higher volumes and reduce operating costs by eliminating the common issues of gas locking and solids handling, maintaining production over a wide range of rates and reducing well intervention and maintenance downtime.
Artificial lift
For artificial lift operations, GR Flex Flow* services combine a unique horizontal pumping system (HPS) with a versatile hydraulic jet pump (HJP) to provide many advantages over conventional lift systems:
- Lower operating cost leading to reduced LOE
- Less maintenance with minimal downtime (98% to 100% run time)
- Highly mobile with unique trailer-mounted system
- Efficient filtration system that prevents impurities from entering the pump and wellbore.
- Versatile downhole jet pump that can be used in many completion scenarios (conventional, reverse circulation and concentric) and in conjunction with gas lift.
Compared to conventional ESP systems, the GR HJP/HPS combination saves operators lease and operating costs by eliminating the common issues of gas locking and solids handling, maintaining production over a wide range of rates and reducing well intervention and maintenance downtime.
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Fluid transfer
The GR Energy Services Flex Flow HPS system integrates a surface horizontal pumping system with variable speed drives, surface controls and automated reporting capabilities to lower the total cost of oil, NGL and production fluid transfer. With trailer-mounted or permanent installations, the Flex Flow HPS system offers significant cost and performance advantages. The system uses field-proven multistage centrifugal pumps designed for high pressure, low- to medium-flow saltwater transfer and injection. Surface facilities engineers using these systems have documented lower maintenance and repair costs, longer run life and greater operating flexibility and efficiency.
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