WSU Receives $4.8M to Advance Hydrogen Technologies in Spokane
Key Ideas
  • Washington State University's cryogenic hydrogen research center received $4.8 million from the U.S. Department of Energy to advance hydrogen technologies and build a fueling station.
  • The grant aims to accelerate the research, development, and deployment of clean hydrogen technologies, aligning with the Biden-Harris Administration's Investing in America agenda.
  • WSU will use $3 million to develop a groundbreaking device to visualize hydrogen boiling in refueling components, while $1.8 million will be used to build a hydrogen fueling station in partnership with Plug Power.
  • The collaboration is expected to push the limits of hydrogen refueling technology, with the station set to be operational by mid-2026 and potentially fueling WSU and community vehicles by 2028.
Washington State University's cryogenic hydrogen research center in Spokane has been awarded $4.8 million by the U.S. Department of Energy to advance hydrogen-related technologies and establish a hydrogen fueling station. This funding is part of a larger grant program aimed at promoting clean hydrogen technologies to address environmental concerns. The WSU Hydrogen Properties for Energy Research (HYPER) lab, led by Jacob Leachman, is tackling the challenges associated with working with liquid hydrogen, including its extremely low boiling point. The grant will support the development of a unique device to monitor hydrogen boiling in refueling components, enhancing data collection tenfold. WSU's HYPER lab is renowned for its cryogenic hydrogen research capabilities, offering crucial testing services for components used in hydrogen refueling stations. The partnership between WSU and Plug Power, a New York-based company, will facilitate the construction of a hydrogen fueling station for large vehicles. This station will be a demonstration of next-generation hydrogen refueling technology, aiming to ensure safety, efficiency, and cost-effectiveness. The completion of the hydrogen fueling station is scheduled for mid-2026, with plans to open it for research purposes. By 2028, the station could potentially fuel WSU and community vehicles, marking a significant milestone in advancing hydrogen infrastructure in the region. Leachman expressed optimism about the future of the hydrogen industry, emphasizing the bipartisan support for clean hydrogen technologies. The initiative aligns with the shared goal of utilizing clean hydrogen for various applications, such as fertilizer production and transportation, highlighting the potential benefits of hydrogen as a sustainable fuel option.
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