MXene nanomaterial catalysts for high-efficiency electrolysis

Research and Development

Green hydrogen production technology

Education and Research

Hydrogen supply chain solutions

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

A method combining solar power and biochar (carbon-rich material from agricultural waste) to produce green hydrogen with significantly reduced energy requirements.

Process of producing hydrogen fuel using renewable energy sources rather than fossil fuels, implemented at the Helmond station.

New York

South Korea

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

Collaboration between University of Illinois Chicago and Orochem Technologies to produce green hydrogen using biochar from agricultural waste and solar power.

Plug Power's integrated electrolysis plant in Rochester, New York, using renewable energy (wind, solar, hydropower) to produce green hydrogen at scale.

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.