Baker Hughes (NASDAQ: BKR) won multiple awards to support Wabash Valley Resources’ low‑carbon ammonia project in West Terre Haute, Indiana. The plant will repurpose an existing gasification site and is expected to produce 500,000 tons of ammonia annually while capturing 1.67 million tons of CO₂ per year.
Baker Hughes will supply compression equipment, CO₂ injection pumps, and integrated well construction solutions, including two CO₂ injection wells and four monitoring wells, to support hydrogen, syngas, ammonia processing, and permanent CO₂ sequestration.
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Positive
Planned production capacity of 500,000 tons ammonia per year
Planned 1.67 million tons CO₂ capture annually
Contracts include compression, CO₂ injection pumps, and well construction
Existing gasification site being repurposed, reducing greenfield development needs
Previous well contract booked in Q3 2025 supports storage infrastructure
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None.
News Market Reaction – BKR
+0.23%
+0.23%Session close to close
In the Jan 28 session, BKR gained 0.23%, reflecting a mild positive market reaction.
This announcement highlights Baker Hughes’ role in a major U.S. clean ammonia project capable of pro...
Analysis
This announcement highlights Baker Hughes’ role in a major U.S. clean ammonia project capable of producing 500,000 tons of ammonia and capturing 1.67 million tons of CO₂ annually. It underscores the company’s positioning across hydrogen, CO₂ separation and geological storage, complementing recent portfolio-optimization and earnings developments. Investors may focus on how such low-carbon industrial contracts contribute to backlog quality, execution risk on large infrastructure and the evolution of demand for decarbonized fertilizer and related technologies.
Key Figures
Ammonia production capacity:500,000 tons per yearCO2 capture capacity:1.67 million tons per yearCO2 injection wells:2 wells+2 more
5 metrics
Ammonia production capacity500,000 tons per yearOutput from Wabash Valley Resources clean ammonia plant
CO2 capture capacity1.67 million tons per yearCO2 captured annually at Wabash Valley Resources project
CO2 injection wells2 wellsLong-term CO2 storage infrastructure at project site
Monitoring wells4 wellsEnvironmental and regulatory monitoring for CO2 storage
Well construction contract timingQ3 2025Earlier contract for CO2 storage infrastructure at same site
Announced dates and webcast details for Q4 and full-year 2025 earnings release.
24h Move is the share-price change in the day after each event; other market factors may also have contributed.
Pattern Detected
Recent Baker Hughes headlines, including earnings and portfolio actions, have generally seen positive next-day price reactions.
Recent Company History
Over the past month, Baker Hughes reported strong Q4 and full-year 2025 results with multi-billion-dollar revenue and orders and recorded positive share-price reaction. The company also closed the divestiture of its Precision Sensors & Instrumentation line and a surface pressure control joint venture, each framed as balance-sheet strengthening and portfolio optimization, again with favorable price moves. Today’s clean ammonia project orders fit this pattern of industrial and energy-transition wins supporting the broader strategic shift toward higher-return and lower-carbon opportunities.
Key Terms
gasification facility, hydrogen purification system, syngas, CO₂ separation, +4 more
8 terms
gasification facilitytechnical
"The project... will repurpose an existing gasification facility into a state-of-the-art clean ammonia plant."
A gasification facility is an industrial plant that converts solid or liquid feedstocks — such as coal, biomass, or waste — into a combustible gas by applying heat and controlled oxygen. Think of it as a furnace that produces a versatile fuel and chemical ingredient instead of heat alone; for investors this matters because such plants create revenue streams from selling fuel or feedstock substitutes, are capital- and regulation-sensitive, and can affect emissions and operating costs for related businesses.
hydrogen purification systemtechnical
"provide compression equipment for Honeywell UOP’s hydrogen purification system..."
A hydrogen purification system is equipment or a set of processes that removes unwanted gases, moisture and contaminants from hydrogen to achieve a required level of purity for uses like fuel cells, industrial processes or chemical production. Investors care because purity affects product performance, safety, regulatory compliance and operating costs—like a water filter that makes tap water safe for different uses, higher-purity hydrogen is more valuable and broadens market opportunities.
syngastechnical
"compressors for ammonia and syngas processing under a separate contract..."
Syngas is a manufactured fuel gas made mainly of hydrogen and carbon monoxide, produced by heating carbon-based materials (like coal, natural gas, biomass or waste) in a controlled, low-oxygen process—think of it as breaking raw ingredients into a simple cooking gas. Investors care because syngas can be turned into electricity, fuels or chemical feedstocks and its cost, efficiency and emissions profile directly affect project profits, regulatory compliance and long-term market demand.
CO₂ separationtechnical
"support multiple parts of the clean ammonia value chain – from hydrogen production to CO₂ separation and permanent sequestration."
CO2 separation is the process of removing carbon dioxide gas from a mixture of gases—such as exhaust from factories, power plants, or natural gas streams—so that the CO2 can be captured, stored, used, or the remaining gas used more cleanly. Think of it like straining leaves out of tea: the device or method traps the CO2 while letting other gases pass. Investors care because the technology affects compliance costs, potential revenue from captured CO2, operational efficiency and exposure to carbon pricing or climate regulations.
permanent sequestrationtechnical
"from hydrogen production to CO₂ separation and permanent sequestration."
Permanent sequestration is the long-term removal and storage of carbon dioxide or other greenhouse gases so they do not return to the atmosphere, typically by placing them in stable underground rock formations, deep soils, or durable products. For investors, it matters because it affects regulatory compliance costs, creates potential revenue from verified carbon credits, and changes long-term environmental liabilities and asset valuations—think of it as locking harmful emissions in a secure vault.
CO₂ injection pumpstechnical
"Baker Hughes will also provide CO₂ injection pumps for permanent geological storage."
CO₂ injection pumps are mechanical systems that pressurize and push carbon dioxide into underground reservoirs or industrial systems, much like a bicycle pump forces air into a tire. Investors care because these pumps enable enhanced oil recovery or permanent carbon storage, affecting a project’s ability to increase production, qualify for carbon credits, meet regulatory requirements, and determine operating costs and equipment risk.
geological storagetechnical
"CO₂ injection pumps for permanent geological storage."
Geological storage is the practice of placing gases or liquids—most often captured carbon dioxide or natural gas—deep underground in rock formations or saline aquifers, where they are intended to remain trapped for decades or longer. For investors, it matters because the safety, capacity and legal certainty of a storage site determine project costs, long-term liabilities and regulatory compliance—think of it like renting a sealed, monitored underground pantry where leakage, access and upkeep directly affect returns and risk.
corrosion-resistant cementtechnical
"using advanced completions systems and corrosion-resistant cement to ensure long-term integrity."
Corrosion-resistant cement is a specially formulated construction material designed to shield metal and concrete structures from chemical attack and rust, preserving strength and seal over time. For investors it matters because using this material can extend the life of assets, reduce repair and downtime costs, and lower regulatory or environmental risks—like putting a durable raincoat on infrastructure to avoid expensive leaks and replacements later.
Baker Hughes to supply essential compression, integrated well construction solutions
Plant expected to produce 500,000 tons of ammonia and capture 1.67 million tons of CO2 annually
Project will help create a more sustainable and reliable domestic fertilizer supply in the U.S.
FLORENCE, Italy, Jan. 28, 2026 (GLOBE NEWSWIRE) -- Baker Hughes (NASDAQ: BKR), an energy technology company, announced Wednesday multiple awards to progress one of the first low-carbon ammonia fertilizer production plants in the United States being developed by Wabash Valley Resources (WVR). Baker Hughes will supply essential compression and integrated well construction solutions that support multiple parts of the clean ammonia value chain – from hydrogen production to CO₂ separation and permanent sequestration. The announcement was made during the 2026 Baker Hughes Annual Meeting in Florence.
The project, located in West Terre Haute, Indiana, will repurpose an existing gasification facility into a state-of-the-art clean ammonia plant. Once in operation, it will be capable of producing 500,000 tons of ammonia per year while capturing 1.67 million tons of CO₂ annually, helping create a more sustainable and reliable domestic fertilizer supply for the U.S. Corn Belt and broader agricultural market.
Under the new awards, Baker Hughes will leverage its broad portfolio to 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 Baker Hughes Chairman and CEO Lorenzo Simonelli. “Wabash Valley Resources’ project brings together government, technology partners, industry and global investors to realize 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,” said 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.
About Baker Hughes Baker Hughes (NASDAQ: BKR) is an energy technology company that provides solutions to energy and industrial customers worldwide. Built on a century of experience and conducting business in over 120 countries, our innovative technologies and services are taking energy forward – making it safer, cleaner and more efficient for people and the planet. Visit us at bakerhughes.com.
What will Baker Hughes (BKR) supply for the Wabash Valley Resources clean ammonia project?
Baker Hughes will supply compression equipment, CO₂ injection pumps, and integrated well construction solutions. According to Baker Hughes, equipment supports hydrogen purification, ammonia and syngas processing, plus CO₂ injection and monitoring for permanent geological storage.
How much ammonia will the Wabash Valley Resources plant produce annually under the BKR-supported project?
The plant will produce 500,000 tons of ammonia per year once operational. According to Baker Hughes, the facility repurposes an existing gasification site to serve agricultural markets in the U.S. Corn Belt and beyond.
How much CO₂ will the Wabash Valley Resources facility capture each year with BKR technology?
The project is expected to capture 1.67 million tons of CO₂ annually during operation. According to Baker Hughes, captured CO₂ will be managed via injection wells and monitoring systems for permanent geological sequestration.
What well construction work did Baker Hughes book previously for the Wabash Valley project?
Baker Hughes booked a well construction contract in Q3 2025 for CO₂ storage infrastructure. According to Baker Hughes, that work covers two CO₂ injection wells and four monitoring wells with advanced completions and corrosion-resistant cement.
How does the BKR-supported project affect U.S. fertilizer supply chains?
The project aims to strengthen domestic fertilizer supply by producing low‑carbon ammonia at industrial scale. According to Baker Hughes, the facility intends to supply the U.S. Corn Belt, enhancing reliability and sustainability for agricultural markets.
Does Baker Hughes provide technology for hydrogen purification in the Wabash Valley project?
Yes, Baker Hughes will provide compression equipment for hydrogen purification systems used on site. According to Baker Hughes, compressors will support Honeywell UOP’s hydrogen purification and additional ammonia and syngas processing contracts.
