Hydrogen technologies cover production, conversion, storage, transport, and use in fuel cells. Low-emission hydrogen could serve industrial processes and applications that are difficult to electrify, depending on production and infrastructure.
Anion exchange membrane electrolyzers use an anion-conducting polymer membrane to split water and produce hydrogen.
Green hydrogen generation produces hydrogen using renewable energy, commonly through water electrolysis or solar-driven water splitting.
Hydrogen fuel cells convert hydrogen’s chemical energy into electricity, including proton exchange membrane and solid oxide designs.
Hydrogen transport and liquid organic hydrogen carriers are technologies for moving hydrogen, including by binding it to liquid organic compounds for storage and release.
Solid oxide electrolyzer cells use a solid ceramic electrolyte at high temperatures to split water or other feedstocks into hydrogen or synthesis gas.
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