DOE Invests in Hydrogen-Related Projects Leveraging High Performance Computing
Key Ideas
- DOE announces a $4 million federal investment in ten projects across eight states, with four teams focusing on hydrogen-related projects.
- Projects aim to use high performance computing simulations and machine learning to enhance energy efficiency, reduce emissions, and explore clean energy applications.
- Anticipated impacts include significant energy savings, reduction of CO2 emissions, and advancements in materials resistant to hydrogen embrittlement.
- In addition to the investment, a new $3.4 million funding opportunity is announced for industry partners to collaborate on HPC4EI projects with DOE national laboratories.
The U.S. Department of Energy (DOE) has allocated a $4 million federal investment for ten projects in eight states leveraging high performance computing to address manufacturing challenges and advance clean energy initiatives. Among the awardees are four teams focusing on hydrogen-related projects under DOE's Hydrogen with Carbon Management Program. Projects include enhancing turbine technologies for energy savings and CO2 reduction, developing durable gas turbine components against hydrogen embrittlement, accelerating the design of hydrogen-resistant nickel alloys, and utilizing supercomputing for energy storage systems. The initiatives aim to improve manufacturing efficiency, reduce emissions, and explore materials for clean energy applications. Anticipated impacts range from energy savings to CO2 emission reductions. Additionally, DOE announced a $3.4 million funding opportunity for industry partners to collaborate on short-term projects with national laboratories, focusing on high performance computing areas of expertise. The solicitation outlines project timelines, with concept papers due in December 2024 and full proposals in March 2025. This investment and funding opportunity signify a positive step towards advancing hydrogen technology and clean energy solutions in the United States.