The demonstration, featuring a unique, high-capacity electrolyzer that separates water into its elemental components of hydrogen and oxygen, is part of an economic development program in the Cleveland area. Local workers will design and build the electrolyzer using commercially available components.
The Glenn-led collaboration will customize the electrolyzer for the prototype fueling station, and design the circuitry needed to use renewable energy sources to power the electrolyzer and fueling station.
The project is more than a key technology demonstration, said project team member Valerie Lyons, chief of Glenn’s Power and In-Space Propulsion Division. It will be a great educational tool for the public and will serve as a catalyst to inspire new ideas and initiatives that can generate many new jobs and manufacturing opportunities in Ohio.
The hydrogen fueling station will be situated in downtown Cleveland at the Great Lakes Science Center on the south shore of Lake Erie, where it can be powered from the science center’s existing wind and solar power sources. The fueling station will generate hydrogen from Lake Erie water for use in a Greater Cleveland Regional Transit Authority bus powered by fuel cells. The transit authority will operate the bus in revenue service.
Cleveland State University’s Nance College of Business Administration will work alongside the collaborators to develop a business template for the electrolyzer and station. The designs for both will be treated as intellectual property and placed in a trust benefiting Ohio citizens.
The build-up of the electrolyzer, a major step toward the reality of the fueling station, is funded by the Ohio Aerospace Institute through a $310,000 grant from The Cleveland Foundation. The initial funding is $110,000, with an additional $200,000 to be provided for milestone progress.
The goals of the economic development program include engaging Ohio’s supply chain manufacturers and retraining a skilled work force for clean energy jobs. The project will demonstrate the viability of clean energy systems for transportation and stationary power and boost regional economic development.
