As a core business, Hydrogen production technology demands application of significant engineering, development, and continuous improvement to remain competitive. At Air Products, we leverage our expertise to maintain and increase our competitive advantage.
Visit our Podcast library to learn more about Hydrogen and Air Products.
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Hydrogen Energy Systems
“Driving the effort towards making hydrogen energy a reality.” As the world's largest supplier of merchant hydrogen and an industry leader in hydrogen fuel infrastructure, Air Products is in the forefront of the development of hydrogen energy technologies. Air Products is working to bring safe, low-cost hydrogen production to the marketplace through participation in a number of demonstration projects in the U.S. and Europe.
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CO2 Capture Technology Development
Our view spans natural gas reforming, gasification, and oxyfuel coal combustion and is informed by experience in existing operations that involve capture of CO2 from natural gas reforming, management of syngas from gasification, and oxyfuel combustion in markets such as steel and glass. Air Products' technology in development offers lower cost of capturing CO2, and builds on more than 70 years' experience implementing advanced separation technology.
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Liquified Natural Gas (LNG)
No company has more experience in the supply of natural gas liquefaction processes and equipment than Air Products. We helped pioneer the LNG industry and have been designing liquefaction systems and supplying main cryogenic heat exchangers for plants all over the world for the past 35 years.
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Air Separation Units
Air Products has an impressive and proven record in designing, constructing, and operating air separation units (ASUs) to supply oxygen for major oil and coal gasification, chemical and other projects worldwide.
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Ion Transport Membranes (ITM)
A new air separation technology—Ion Transport Membrane Oxygen (ITM) is an enabler for advanced clean power and can reduce the cost of gasification. ITM is based on ceramic membranes that selectively transport oxygen ions when operated at high temperature and is being developed by an Air Products-led team in partnership with the U.S. Department of Energy (DOE).