Baker Hughes wins equipment and services contracts for Cheniere’s Sabine Pass LNG expansion, adding over 6 MTPA of capacity

Baker Hughes announced contract awards—booked in the second quarter—to supply liquefaction equipment and gas turbine upgrade services for Cheniere’s Sabine Pass LNG facility in Cameron Parish, Louisiana. The awards come from both Bechtel Energy and Cheniere, covering equipment orders for a new liquefaction train and a boil-off gas re-liquefaction unit, as well as a fleet-wide turbine upgrade program across the existing facility.

Baker Hughes secures three awards for Sabine Pass LNG facility

These contracts mark a major expansion milestone for one of the largest LNG export facilities in the world. Baker Hughes booked all three awards in Q2, and the scope is substantial: primary liquefaction equipment for Train 7, a boil-off gas re-liquefaction unit, and a fleet-wide gas turbine upgrade program across the existing Sabine Pass site.

The awards come from two separate clients. Bechtel Energy Inc., the engineering and construction contractor, placed the equipment orders for Train 7 and the re-liquefaction unit, while Cheniere placed the services award for the turbine upgrade program. Together, the combined scope is expected to add over 6 MTPA of LNG production capacity at Sabine Pass.

Instead of venting or burning it off, a re-liquefaction unit recovers it and converts it back into liquid form, reducing waste while adding to overall capacity.

Why Cheniere and Bechtel selected Baker Hughes for the expansion

Baker Hughes didn’t come to this project cold. The company has a decades-long partnership with Cheniere, and its equipment is already embedded throughout the Sabine Pass facility—integrating new units alongside already-installed hardware is faster and less complicated than bringing in entirely new technology.

The facility currently runs on Baker Hughes’ PGT25+ G4 aeroderivative gas turbines and centrifugal compressors. Expanding with the same equipment family simplifies procurement, cuts compatibility risk, and makes ongoing maintenance considerably more manageable.

Cheniere Chairman, President, and CEO Jack Fusco pointed directly to that continuity. “We are pleased to continue our decades-long collaboration with Baker Hughes, a key partner in the development of Sabine Pass into one of the largest LNG facilities in the world,” he said.

Baker Hughes CEO Lorenzo Simonelli framed the company’s value around its ability to bundle equipment and services. “Our differentiated portfolio of equipment, technologies, and services enables us to deliver comprehensive solutions that help customers accelerate project execution, enhance reliability, and unlock long-term value,” he said.

Scope of equipment orders and upgrade program

The Phase 1 equipment order is the largest piece of the deal—seven PGT25+ G4 gas turbines driving 15 centrifugal compressors, the core machinery behind the liquefaction process. That configuration is expected to enable approximately 6 MTPA of additional LNG production capacity for Train 7.

A separate order covers a boil-off gas re-liquefaction unit. During LNG storage and transfer, some gas naturally evaporates. Instead of venting or burning it off, a re-liquefaction unit recovers it and converts it back into liquid form, reducing waste while adding to overall capacity.

The third contract — the fleet-wide turbine upgrade program — runs over four years and covers the entire installed base of aeroderivative PGT25+ G4 gas turbines at Sabine Pass. The upgrades are designed to increase power output across those units, improving efficiency at a facility already operating at approximately 30 MTPA.

Impact on Sabine Pass capacity and global LNG supply

Add Train 7, the re-liquefaction unit, and the turbine upgrades together, and you’re looking at more than 6 MTPA of additional capacity at a facility already running at roughly 30 MTPA. That’s a meaningful jump by any measure.

Sabine Pass is already one of the largest LNG export terminals in the world. Adding 6+ MTPA doesn’t just affect Cheniere’s bottom line—it contributes to US LNG export capacity at a time when global demand for American natural gas remains strong.

Both companies pointed to growing global demand for natural gas in energy and industrial applications as the underlying driver. The expansion is built to meet that demand while also improving efficiency across the existing facility.

Background: Sabine Pass and the US LNG export market

The Sabine Pass LNG terminal has been a cornerstone of US LNG exports since it shipped its first cargo in 2016. Located in Cameron Parish, Louisiana, it was among the first large-scale LNG export terminals to come online in the continental United States and has grown steadily since.

US LNG export capacity expanded fast over the past several years. European and Asian buyers accelerated their demand for American LNG following energy supply disruptions, and US producers responded by pushing projects forward. Sabine Pass has been central to that buildout, consistently operating near the top of US export rankings.

The Sabine Pass Expansion Project continues that trajectory. Phase 1 is centered on Train 7 as the next production unit, with Baker Hughes supplying the core liquefaction equipment.

Four-year turbine upgrade program

Here’s what matters from these announcements. Baker Hughes secured three contracts—two from Bechtel and one from Cheniere—covering equipment supply and services for the Sabine Pass LNG facility expansion. The equipment orders include seven PGT25+ G4 gas turbines and 15 centrifugal compressors for Train 7, plus a boil-off gas re-liquefaction unit. Running in parallel, a four-year turbine upgrade program covers the existing fleet. Combined, the work is expected to add over 6 MTPA of capacity at a facility already operating at approximately 30 MTPA—with all three awards booked in Q2.

Kelly Lippke

Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.