Clemson University has secured an $800,000 grant from the U.S. Department of Energy to participate in a two-year project focusing on enhancing turbine materials for hydrogen-fueled electricity generation with lower emissions. Led by Shunyu Liu, the project aims to transition from natural gas to hydrogen as a fuel source to ultimately eliminate carbon dioxide emissions. Hydrogen, considered a low-carbon emissions source, poses challenges due to its higher combustion temperatures and water vapor production. Clemson's research will concentrate on improving thermal barrier coatings, specifically the bond coats, to enhance oxidation resistance, withstand extreme temperatures, and protect against water vapor damage. The project team plans to design, manufacture, and test the new bond coats in controlled lab environments before collaborating with GE Vernova to conduct industrial testing. The program also includes workforce training opportunities, involving post-doctoral fellows, Ph.D. students, and interns, with a focus on minority student involvement. Ultimately, the research aims to contribute to the development of efficient hydrogen-fueled turbines for cleaner electricity generation, with potential benefits for the broader turbine industry.