High-temperature electrolysis

Research and Development

Hydrogen R&D

Governmental funding and policy direction for science, technology, and innovation projects.

Ontario

South Korea

FuelCell Energy's project to reduce the operating temperatures of solid-oxide high-temperature electrolysis in order to make nuclear power more viable for hydrogen production.

Saint Gobain's project to use all-ceramic stack technology to optimize the high temperature electrolysis process while also improving the durability of its technology.

Scientists at four nuclear power plants in Arizona, Ohio, Minnesota, and New York are working to improve electrolysis processes for nuclear hydrogen production to make it more practical, affordable, and feasible at scale.

Developed since 2021 for low-carbon hydrogen production, using high-temperature electrolysis for improved efficiency.

A modular nuclear reactor that uses exothermic reactions to produce hydrogen, aluminum oxide (alumina), and heat from recycled aluminum and water inputs. The reactor is zero-emission, self-sustaining, and a net energy producer for the grid.

Systems for on-site power generation that offer high efficiency, low emissions, and grid-independent performance for heavy power users. They operate at high temperatures and can utilize various fuels.