Hero Future Energies

Hero Future Energies develops metal-organic framework catalysts for photocatalytic hydrogen production using abundant materials like cobalt and nickel.

Man-made compounds capable of storing hydrogen at high density, investigated by the University of Michigan research team as a potential solution for efficient hydrogen fuel storage.

Nanomaterial catalysts based on molybdenum-carbide that enhance catalyst durability and efficiency in electrolysis systems for hydrogen production.

Systems for compressing, liquefying, or chemically storing hydrogen for later use in energy or industry.

New York

South Korea

Korea Institute of Science and Technology develops molybdenum-carbide-based MXene materials to enhance catalyst durability and efficiency in hydrogen production via electrolysis.

Flinders University researchers develop tin-based perovskite materials combined with shell catalysts for direct photocatalytic hydrogen production using sunlight.

Hero Future Energies develops metal-organic framework catalysts for photocatalytic hydrogen production using abundant materials like cobalt and nickel.

Integrated electrolysis plants powered by wind, solar, and hydropower to produce green hydrogen. Plug Power operates these systems at its Rochester gigafactory with a capacity of 1,000 tons of hydrogen annually.

Infrastructure for refueling hydrogen vehicles, with several projects receiving government funding for their construction.

Transportation applications using hydrogen fuel cells, planned by Plug Power to integrate green hydrogen into mobility markets.