Constellation Energy

Demonstration project using 1 megawatt of nuclear power to produce approximately 500 kilograms of hydrogen daily via electrolysis. The hydrogen will be used for water treatment at the plant to prevent equipment corrosion, replacing hydrogen currently imported from out of state.

A regional hydrogen hub initiative exploring hydrogen projects involving the development of hydrogen infrastructure in collaboration with the US Department of Energy.

A 6,300-square-foot research and demonstration facility at Frostburg State University powered by wind, solar, and hydrogen fuel cells. The facility serves as a testing ground for alternative energy systems and supports research on commercializing clean energy technologies.

Carbon-free hydrogen produced at Nine Mile Point Nuclear Station using 1 megawatt of nuclear power via electrolysis. Approximately 500 kilograms produced daily for water treatment and potential future applications including heating, transportation fuel, and energy storage.

The process used to produce green hydrogen by splitting water using electricity.

Mixing of green hydrogen with natural gas to reduce carbon emissions while maintaining compatibility with existing gas appliances and infrastructure.

A process used by Hydrogenics to produce hydrogen, which can be stored and later converted back to energy through fuel cells.

New York

United States

Florida

Demonstration project using 1 megawatt of nuclear power to produce approximately 500 kilograms of hydrogen daily via electrolysis. The hydrogen will be used for water treatment at the plant to prevent equipment corrosion, replacing hydrogen currently imported from out of state.

A regional hydrogen hub initiative exploring hydrogen projects involving the development of hydrogen infrastructure in collaboration with the US Department of Energy.

A $1 billion initiative to produce pink (nuclear) hydrogen at Constellation Energy's facility in upstate New York and supply it to industrial customers throughout the Midwest. The project aims to provide low-carbon hydrogen for heavy industry decarbonization.

Carbon-free hydrogen produced at Nine Mile Point Nuclear Station using 1 megawatt of nuclear power via electrolysis. Approximately 500 kilograms produced daily for water treatment and potential future applications including heating, transportation fuel, and energy storage.

Hydrogen produced using electricity from nuclear power. It is being supplied to Linde Gas AB for industrial use and the green transition.

Vehicles powered by hydrogen, which are anticipated to further reduce emissions and potentially lead to the complete eradication of volatile organic compounds.