Electrolysis Process Improvement for Nuclear Hydrogen Production

Energy policy and regulation

Nuclear hydrogen production technology

Hydrogen produced using nuclear power, distinct from "green hydrogen" which is powered by renewable energy. It is also referred to as purple or red hydrogen.

A modular 2MW reactor technology that produces hydrogen, aluminum oxide (alumina), and exothermic heat from recycled aluminum and water inputs with zero emissions.

A method of producing hydrogen from water that operates at elevated temperatures, often integrated with heat sources to improve efficiency. Bloom Energy uses this technology.

Arizona, Ohio, Minnesota, New York

Ontario

GH Power's first commercial nuclear hydrogen production facility using modular 2MW exothermic reactors. The facility will produce hydrogen, aluminum oxide, and heat from recycled aluminum and water inputs.

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.

A $7 billion federal investment program focused on technology innovation, cost reduction, and scaling of clean hydrogen production, with specific emphasis on nuclear hydrogen production.

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.