The project, located in West Terre Haute, Indiana, will repurpose an existing gasification facility into a clean ammonia plant. Once in operation, it will be capable of producing 500 000 tpy of ammonia while capturing 1.67 million tpy of CO2, helping create a more sustainable and reliable domestic fertilizer supply for the US Corn Belt and broader agricultural market.

Under the new awards, Baker Hughes will provide compression equipment for Honeywell UOP’s hydrogen purification system, along with compressors for ammonia and syngas processing under a separate contract with a different customer. Baker Hughes will also provide CO2 injection pumps for permanent geological storage.

“Beyond energy, Baker Hughes is helping to transform essential industries such as agriculture to help them expand in a more productive and sustainable manner,” said Lorenzo Simonelli, Chairman and CEO of Baker Hughes. “Wabash Valley Resources’ project brings together government, technology partners, industry and global investors to realise world-class industrial innovation so that farms can provide for growing populations.”

“Baker Hughes is a critical sustainability partner for Wabash Valley Resources, providing the advanced technologies that allow us to both open new low-carbon markets and make existing agricultural supply chains more sustainable,” commented Dan Williams, CEO of Wabash Valley Resources. “Their expertise in well construction, monitoring, and long-term CO2 management enables us to deliver low-carbon ammonia at industrial scale and strengthen America’s fertilizer supply chain.”

These latest awards follow a separate well construction contract booked in the third quarter of 2025 to support the site’s long term CO2 storage infrastructure. This includes constructing two CO2 injection wells and four monitoring wells, using advanced completions systems and corrosion-resistant cement to ensure long-term integrity. Advanced monitoring technologies deployed in the wells will support regulatory compliance, environmental protection and full lifecycle CO2 management.