Horizontal surface pumping system
Modular flexibility for demanding surface fluid transfer
Overview
Proven reliability and life cycle efficiency to overcome surface pumping challenges
Remote and unmanned production environments often struggle with equipment reliability, fluctuating volume demands, and operational efficiency. The third-generation Reda HPS™ horizontal multistage surface pumping system is engineered to meet these challenges, and its reliability, scalability, and flexibility have been proven over thousands of deployments worldwide. Designed with a modular footprint and proven single-stage pump technology, it delivers high efficiency across variable loads and reduces unplanned downtime. Whether for water or CO2 injection, fluid transfer, or pressure boosting, this surface pumping system ensures continuous, energy-efficient operation while optimizing life cycle costs.
The Reda HPS pumping system has been effectively deployed in a range of production scenarios because its modular design provides reliability and scalability while reducing costs.
Applications
Proven in diverse production scenarios worldwide
Enhanced oil recovery (EOR)
Provides a robust and efficient injection solution in harsh conditions in diverse EOR scenarios
Produced water injection
Facilitates reinjection of high-volume water streams with consistent pressure and efficiency
Gas-well dewatering
Enables continuous condensate removal without the need for gas-driven lift systems
Unconventional operations
Ensures agility in pad-based developments where modularity and rapid mobilization are essential
Debottlenecking
Optimizes flow rates to effectively overcome pressure challenges and increase production capacity
Pipeline boosting
Maintains production flow rates under variable pressures for onshore or terminal locations
Remote-wellsite fluid transfer
Supports steady-state fluid handling across long distances with minimal operator intervention
Mine dewatering
Eliminates the need for multiple lower-pressure units, cutting costs and minimizing downtime
Geothermal water reuse and disposal
Injects water back into the reservoir in geothermal power plants
The Reda HPS pumping system enhances EOR efficiency by maximizing oil recovery and reducing energy consumption with high-efficiency motors and optimized controls. Its durable, modular design ensures reliability while offering scalability, flexibility, and reduced downtime to lower operational costs.
Benefits
Increases uptime and operational flexibility while reducing costs
Improves equipment uptime
with proven pump stages and rugged motor designs validated across thousands of deployments. A Texas midstream operator replaced a high-maintenance surface pump with a Reda HPS pumping system, reducing pump maintenance downtime by 95%, more than doubling throughput.
Reduces total cost of ownership
via extended run life and fewer moving parts compared with reciprocating or diesel-driven systems.
Adapts to changing flow requirements
thanks to modular, field-configurable pump stages. In Gabon, a Reda HPS pumping system configuration quadrupled the operator’s waterflood capability without the need for infrastructure changes.
A modular design, increased reliability, and a large operating range make the third-generation Reda HPS pumping system an ideal choice for a wide range of applications.
Features
Designed for long-term deployment in harsh conditions
- High-flow capacity: supports flow rates of up to 100,000 bbl/d [15,898 m³/d], enabling scalability across field sizes and production phases
- Horizontal multistage configuration: reduces maintenance complexity and vibration-related failures typical in vertical systems
- Integrated pump stage technology: leverages decades of submersible pumping expertise to achieve greater reliability
- Scalable modular design: enables quick resizing or redeployment across field life cycles and simplifies upgrades and reconfigurations as production demands evolve
- Enclosed, low-noise assembly: supports operations in noise-sensitive or safety-regulated environments
- Digital compatibility: enables seamless integration into digital oilfield architectures
Advanced monitoring systems, real-time data analytics, and control enable proactive management and optimization, enhancing the overall performance and efficiency of the Reda HPS pumping system.
Request Horizontal Pumping System (HPS) Design
Input your pumping parameters and receive an initial system design to help determine your best option.
