Air Liquide to invest $850 million in low-carbon hydrogen project with ExxonMobil in Baytown, TX
Key Ideas
- Air Liquide plans to invest $850 million in constructing four Large Modular Air separation units in Baytown, TX, to support ExxonMobil's low-carbon hydrogen project.
- The project aims to increase Air Liquide's oxygen production capacity by 50% and will be the company's largest industrial investment to date.
- The initiative aligns with Air Liquide's strategy for decarbonization, enhancing its footprint in the United States and promoting the development of low-carbon hydrogen.
- The planned low-carbon platform will produce a significant volume of oxygen and nitrogen for the synthesis of low-carbon hydrogen and ammonia, with reduced energy consumption and reliance on renewable power sources.
Air Liquide S.A. has announced a major investment of up to $850 million in constructing Large Modular Air separation units in Baytown, TX, to support ExxonMobil's low-carbon hydrogen project. The agreement, still pending final approval, will significantly expand Air Liquide's oxygen production capacity by 50% and mark its largest industrial investment ever. The project aims to supply oxygen and nitrogen to ExxonMobil for low-carbon hydrogen production, aligning with Air Liquide's decarbonization strategy and enhancing its presence in the United States. The initiative also includes the production of low-carbon ammonia for the export market. The Large Modular Air units will optimize production output and energy consumption, requiring 25% less electricity and primarily using renewable energy sources. This partnership enables Air Liquide to leverage its pipeline infrastructure and enhance its product offering in the rare gases market, including argon, krypton, and xenon. Overall, the sentiment towards hydrogen in the article is positive, emphasizing the environmental benefits and industrial growth potential of low-carbon technology.
Topics
Investing
Infrastructure
Investment
Partnership
Decarbonization
Energy Market
Industrial Development
Low-carbon Technology
Oxygen Production
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