Q Hydrogen

Q Hydrogen's operational test facility in Park City, Utah, where the company produces and tests hydrogen fuel in engines and generators.

Q Hydrogen's first commercial hydrogen campus in the United States, located in Groveton, New Hampshire. The facility will use water from a nearby river to produce hydrogen-based fuel for electricity generation.

Large-scale future commercial Q Hydrogen projects planned for Sweden, Germany, and several other countries to make hydrogen energy affordable and accessible globally.

A hydrogen production technology that splits water molecules with significantly lower energy requirements than conventional electrolysis, producing no heat emissions as a byproduct.

Clean hydrogen-based fuel produced from water using Q Hydrogen's proprietary turbine technology without electrolyzers or pyrolysis. The fuel requires less energy and space than traditional fuels and can be used for power generation, transportation, manufacturing, and heating.

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

A proprietary turbine containing hyperbolic waveform geometries that produces hydrogen from water without an electrolyzer. The technology is based on a novel relationship between energy and matter.

A hydrogen production method that splits water molecules similar to electrolysis but with significantly lower energy requirements and no heat emissions.

New Hampshire

Germany

Q Hydrogen's operational test facility in Park City, Utah, where the company produces and tests hydrogen fuel in engines and generators.

Q Hydrogen's first commercial hydrogen campus in the United States, located in Groveton, New Hampshire. The facility will use water from a nearby river to produce hydrogen-based fuel for electricity generation.

Large-scale future commercial Q Hydrogen projects planned for Sweden, Germany, and several other countries to make hydrogen energy affordable and accessible globally.

A hydrogen production technology that splits water molecules with significantly lower energy requirements than conventional electrolysis, producing no heat emissions as a byproduct.

Clean hydrogen-based fuel produced from water using Q Hydrogen's proprietary turbine technology without electrolyzers or pyrolysis. The fuel requires less energy and space than traditional fuels and can be used for power generation, transportation, manufacturing, and heating.