Subsea power and processing systems

Reduce costs in the most complex subsea projects

Baker Hughes is a global leader in subsea processing, with the technologies and expertise to simplify your system design, minimize its environmental impact, and reduce your life-of-field costs. With our broad expertise and capabilities in subsea boosting, compression, separation, seawater treatment and injection, and high-voltage subsea power systems, we can help you safely and reliably increase recovery rates, access stranded assets and reduce your production costs—in even the most complex subsea projects.

Reduced topside footprint and weight

From barrier-fluidless boosting to subsea sulphate removal, our processing systems are designed to increase the efficiency of your subsea operations, while reducing the footprint and weight of your topsides. Our designs enhance efficiency by bringing processing closer to the well and have a smaller carbon footprint than conventional subsea and topside solutions.

Subsea boosting

Our Aptara™ modular compact pump is a completely integrated, all-electric boosting system that can accelerate and improve oil recovery in both new and mature wells.

Subsea gas compression

Our qualified subsea gas-compression technology is widely accepted by the industry as a means to significantly improve the economics of mature gas fields.

Subsea separation

Our subsea separation solution can de-bottleneck your topside production facilities, giving you the potential to increase production and reduce your related CAPEX.

Seawater treatment and injection

Our seawater-treatment system allows seawater to be treated and injected subsea, eliminating the need for heavy, high-pressure risers and flowlines.

Subsea power

We can supply fully integrated AC power solutions for all types of applications, from the simplest single-load scenario to long-step-out systems with high-power loads.

Features and benefits include:

• Increased recovery rates
• Access to stranded assets
• Reduced impact on topside footprint and weight
• Improved reliability and safety
• Reduced system costs, time, and risk