Baker Hughes Wins Major Equipment Contract for French Offshore LNG Project

Baker Hughes has secured a significant order to supply rotating equipment for a groundbreaking offshore liquefied natural gas terminal being developed by Elengy, a subsidiary of Engie, off the coast of Le Havre in France.

This strategic contract underscores the continued momentum of LNG infrastructure expansion in Europe as the region seeks to enhance its energy security and diversify gas import capabilities.

The assignment involves the provision of advanced turbomachinery equipment, including gas turbines and compressors, designed to power the floating storage and regasification unit that will serve as a key terminal for imported LNG.

Baker Hughes stated that its technology will ensure high efficiency, low emissions, and superior reliability under the harsh marine conditions typically encountered in offshore energy operations.

The Le Havre terminal represents an essential part of France’s efforts to reinforce supply stability amid ongoing European initiatives to reduce dependence on pipeline gas imports.

Scheduled to start operations within the next year, the installation will handle LNG shipments from various global suppliers and facilitate regasified natural gas delivery directly into the national transmission grid.

Baker Hughes noted that the equipment scope will include a range of aeroderivative and industrial gas turbines mated to centrifugal compressors, optimized to balance throughput needs with stringent European environmental standards.

These systems are engineered for fast load response and continuous operation, qualities that are indispensable for floating regasification facilities.

The company emphasized that its experience with LNG and offshore infrastructure projects worldwide made it a preferred partner for this demanding application.

Its technology portfolio has been deployed in more than fifty LNG facilities across the globe, spanning onshore liquefaction trains and FPSO units, providing a strong reference base for the French project.

Elengy’s decision to move forward with this offshore terminal concept marks an evolution of the country’s LNG strategy.

While the company already operates three onshore regasification terminals, the offshore approach offers more flexibility and faster deployment at a time when energy markets remain highly dynamic and supply chains need to adjust quickly to shifts in global demand.

According to Baker Hughes representatives, the turbomachinery trains will be fully assembled and tested at the company’s manufacturing centers in Italy before shipment to the offshore integration site.

This “build and test” approach is intended to shorten commissioning schedules and reduce technical risks during installation phases offshore.

Offshore floating LNG terminals are gaining traction in Europe due to their relatively lower environmental footprint and faster construction schedules compared to traditional onshore terminals.

They also provide scalability advantages—allowing operators to increase processing capacity or relocate the facility if supply routes evolve over time.

The agreement strengthens Baker Hughes’ position as a key supplier of energy transition technologies, aligning with the company’s broader commitment to support decarbonization initiatives within the global gas value chain.

The equipment is expected to incorporate design elements that facilitate hydrogen blending and carbon capture integration, making the plant more adaptable to future low-carbon operations.

Industry analysts see this project as another example of how LNG infrastructure continues to play a critical role in stabilizing Europe’s gas markets. Despite ongoing investments in renewable energy, natural gas remains essential for balancing supply, and Europe’s floating LNG units act as crucial buffers during peak seasonal demands.

For France, the Le Havre offshore terminal will increase national LNG import capacity by several billion cubic meters annually, reinforcing resilience in an increasingly interconnected European gas network.

It also signals the country’s readiness to leverage industrial innovation in pursuit of both energy security and sustainability.

Baker Hughes continues to position itself at the nexus of technology and infrastructure, offering equipment that enables reliable yet cleaner energy production.

As the European gas landscape evolves, such projects will remain central to ensuring the stability and flexibility required for the continent’s energy transformation.