New Hampshire

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.

Electric service provider

cap-and-trade program

Alternative energy provider

Technologies focused on harnessing energy from renewable sources, which the new center aims to advance.

Energy generation from wood-fueled power plants that are classified as renewable but produce significant greenhouse gas emissions.

A process known for its ability to convert biomass into liquid fuels, which is used to create liquid wood.

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.

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

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.