HPS
Overview
What are Reda HPS Pump Systems?
Reda HPS Horizontal Multistage Surface Pumping Systems—commonly referred to as “HPS Pumps” or “H Pumps”—are centrifugal pumps horizontally mounted on a rigid skid, which is often called a weldment.
A reliable, field-proven, and cost-effective alternative to conventional API Std 610 pumps, they increase pumping efficiency and reduce operating costs. ARZ abrasion-resistant zirconium, high-wear-resistance bearings enable the system to effectively handle harsh fluids and challenging installation environments.
Reda pumps require no daily maintenance. The modular housing and flexible plug-and-play design enable simple, quick reconfiguration of pumps and motors and fast thrust chamber changeouts, minimizing downtime. All major components can be exchanged within 2 to 3 hours, compared with days or weeks for a split-case pump.
Designed for years of trouble-free service, the pumps deliver consistent performance that extends equipment life.
Our Portfolio
Reda Compact HPS
Overview
Flexible, cost-effective horizontal pumping system
Reda Compact HPS™ low-maintenance horizontal surface pumps deliver the reliability and quality of the trusted Reda HPS™ horizontal multistage surface pumping system, providing a more flexible and cost-effective solution for fluid pumping applications with smaller footprint and discharge pressure requirements.
Reduce your maintenance, service time, and costs compared with conventional horizontal surface pumps. The Reda Compact HPS pump is ideal for remote and personnel-free applications such as crude oil pipelines, water injection and saltwater disposal wells, and lease automatic custody transfer (LACT) units.
Reda Multiphase HPS
Horizontal multistage surface pump
Able to handle up to 90% gas volume fraction and used for zero-flaring well tests, well cleanup, and production boosting.
Overview
Maximize efficiency for crude oil production and pipeline transport without phase separation
Reda Multiphase HPS™ horizontal multistage surface pump improves the efficiency of boosting and transporting unprocessed crude oil and gas, eliminating the need for phase separation. Because it addresses the limitations of conventional surface centrifugal pumps, the Reda Multiphase HPS pump is ideal for zero-flaring operations to enhance production from wells and transfer raw gas and commingled oil fluids to a central processing facility.
In addition to eliminating costs of wellhead equipment and separators, the technology enables wells to produce at a lower wellhead flowing pressure, facilitating more aggressive reservoir drawdown that increases oil recovery.
Applications
- Boosting of fluid with high gas volume fraction (GVF)
- Crude gas or liquid effluent transfer
- Well unloading and production boosting
- Zero-flaring well testing operations
- Water-alternating-gas injection
Third Generation Horizontal Pumping System
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.
Applications
Proven in diverse production scenarios worldwide
Benefits
Increases uptime and operational flexibility while reducing costs
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]
- Horizontal multistage configuration: reduces maintenance complexity and vibration-related failures
- Integrated pump stage technology based on decades of submersible pumping expertise
- Scalable modular design enabling quick resizing and redeployment
- Enclosed, low-noise assembly for noise-sensitive or safety-regulated environments
- Digital compatibility enabling integration into digital oilfield architectures
