Intermountain Power Agency

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

Utilizing underground salt caverns to store large quantities of hydrogen safely, efficiently, and reliably for extended periods.

Storing hydrogen gas in underground geological formations, such as porous rocks, for later use.

Utah

Western United States

A green hydrogen production and storage facility designed to be the largest of its kind in the world, located in Delta, Utah. The facility will produce hydrogen using renewable-powered electrolysis and store it in salt caverns for supply to power generation and other applications.

An 840 MW hydrogen-capable combined cycle power plant operated by the Intermountain Power Agency. The plant will initially operate on a 70% natural gas and 30% green hydrogen blend, with plans to transition to 100% hydrogen operation by 2045.

Chevron project utilizing 5 MW electrolyzers from Accelera by Cummins to produce hydrogen from solar energy at fuel-cell-grade purity, capable of producing over 2 tons of hydrogen daily.

Electrolyzer system capable of producing over 2 tons of hydrogen daily at fuel-cell-grade purity. Sufficient to power 80 freight trucks for up to 600 miles.

Portable hydrogen refueling technology developed by Air Products and deployed by Toyota to California dealers. The mobile stations can be deployed to locations with greatest need.