Horizontal Surface Pumps | HPS Oil & Gas Artificial Lift | Schlumberger

Horizontal Surface Pumps

Powerful and low-maintenance, plug-and-play design for multistage centrifugal pumps

Up to 6,650 psi [45,850 kPa] with multistage stack-up and housing pressure containment
From 40 to 1,850 galUS/min [218 to 10,084 m3/d] in standard configuration
Up to 2,500 hp [1,864 kW] in a single unit
API 610-specification-compliant features

Increase pumping efficiency and reduce costs

Pump more efficiently with the REDA HPS G3 horizontal multistage surface pumping system—a cost-effective alternative to conventional industrial pumps. Designed using ARZ abrasion-resistant zirconium for high-wear-resistant bearings, the pumping system effectively handles harsh conditions, as well as surface installations.

Simplify maintenance

The REDA HPS G3 pumping system requires no daily maintenance. The modular housing of assembly pumps and flexible plug-and-play design allow simple, quick reconfiguration of pumps and motors, significantly minimizing downtime. All major components can be exchanged within 2 to 3 hours compared with days or weeks for a split case pump.

REDA HPS Horizontal Pump
A. Motor, B. Motor adjustment lugs, C. Bearing assemblies, D. Thrust chamber, E. Spacer coupling, F. Discharge flange and suction flange, G. Back pullout seal, H. Mechanical seal, I. API flush plan pressure containment system, J. Adjustable pump clamps, K. Heavy-duty skid, L. Pump
REDA HPS Horizontal Pump

Request Horizontal Pump Design

Input your pumping parameters and receive an initial system design to help determine whether the REDA HPS G3 system is your best option.

Input parameters and request design

Trust in 70 years of field-proven history

Designed for years of trouble-free service, the REDA HPS G3 system provides a smooth performance that extends equipment life and greatly reduces the change of leakage from associated piping.

The REDA HPS G3 pumping system is our third-generation horizontal multistage centrifugal pump system. The pump is used in a range of applications across the globe, dating back to the 1940s. There are now more than 3,500 REDA HPS systems installed and in operation worldwide. With customer input, we continuously work to expand the use of REDA HPS pumping systems in multiple upstream and midstream field applications.

REDA hps pump
The REDA HPS pump was developed in Bartlesville, OK more than 70 years ago and is still manufactured in the Bartlesville facility today.

A wealth of worldwide applications

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The REDA HPS pumping system totals more than 3,500 installations across water disposal, refineries, pipelines, offshore, and mining applications.

Reliable design, flexible operation

The REDA HPS systems are a proven cost-effective alternative to split-case, vertical turbine, and positive displacement pumps. Today’s third generation of REDA horizontal multistage surface pumps, the REDA HPS G3 system features product enhancements that lessen downtime in demanding applications. Pumping challenging liquids in some of the world’s harshest environments, the system is used in a wide range of applications, including simple water injection and disposal, offshore crude oil transfer, and refinery service.

From the deserts of the Middle East to the tundra of Siberia, from the underground mines of Canada to the jungles of South America, REDA HPS G3 systems are working round-the-clock to provide industry-leading, dependable service.

  • Lean amine recirculation
  • Crude oil and natural gas liquids (NGL) pipelines
  • CO2 and water injection
  • Mine dewatering
  • Salt dome leaching
  • Salt water disposal
  • High-pressure wash for refineries
  • Boiler feed
  • Geothermal injection
  • Industrial high-pressure facilities
Water disposal
With increasing water cuts worldwide, volumes for disposal are continually rising. The REDA HPS systems pictured have been pumping 1.18-sg brine with 3% H2S and a light suspended solids load for 7 years nonstop. These units get an inspection weekly, a greasing quarterly, and an oil change biannually. Minimal maintenance is required, in comparison with the previously used positive displacement pumps, which required daily maintenance and rebuilds twice a year.
Pipeline boosting
REDA HPS systems are commonly used as replacements for split-case pumps in oil and NGL pipeline services, both on shore and offshore. Many major pipeline companies in the Eagle Ford Shale and Gulf of Mexico have implemented REDA HPS systems to meet their project requirements. Easily customized and delivered quickly, these streamlined systems have slashed capital costs, cut installation time by months, and improved overall reliability of numerous pipelines.
Mine dewaterting
REDA HPS systems work in open cut and underground mines to alleviate production problems and provide a safer working environment. A single high-pressure pump at the bottom of the pit eliminates the need for multiple lower pressure units, which ultimately cuts costs and minimizes downtime.
NGL pipline
REDA HPS systems operate in numerous NGL plants and pipelines worldwide providing reliable performance over many years. The systems are designed for ease on maintained to allow for rapid turnaround, reducing downtime for our operators. In addition our systems are fitted with variable speed drives as standard to handle changes in pipeline pressure and maintain performance through the life of the plant.

Request Horizontal Pump Design

Input your pumping parameters and receive an initial system design to help determine whether the REDA HPS G3 system is your best option.

Input parameters and request design
REDA HPS
Horizontal multistage surface pumping system

Components

Maximize production and reduce operating costs with components that improve system efficiency and reliability.

Drives

Reliable control of ESP and HPS installations

Power, protect, and control electric submersible pumps and horizontal pumping systems.

Gauges

Efficient monitoring of artificial lift performance

Monitor downhole performance with diagnostics and analytics needed to protect your pumping system.

Optimizing Artificial Lift

Software and services for optimal lift production

Overcome production challenges with offerings designed to maximize flow for your specific environment and well condition.

ESP Pumps

ESP pumping efficiency that lowers the cost of ownership

Enhance pumping efficiency with pumps that perform in conventional, unconventional, and abrasive environments.

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