GE Vernova Awarded DOE ARPA-E Grant for Innovative Hydrogen Gas Detection Technology
Key Ideas
- GE Vernova's Advanced Research awarded $2,700,000 by DOE ARPA-E to develop advanced hydrogen gas detection technology for the hydrogen supply chain.
- The project, titled H2-LOCATE, aims to enhance the safety and economic viability of the expanding hydrogen economy by detecting and quantifying hydrogen leaks with high precision.
- The technology developed by GE Vernova will offer a spatial resolution of 10 meters and a detection sensitivity of 5-10 parts per billion, contributing to the reduction of greenhouse gas emissions and supporting global decarbonization efforts.
- This initiative highlights GE Vernova's dedication to sustainable solutions and its role in leading the energy transition through innovative research and development in the field of hydrogen technologies.
GE Vernova's Advanced Research business in Niskayuna, New York, has been chosen by the U.S. Department of Energy's ARPA-E to receive an award for their innovative hydrogen gas detection technology as part of the H2SENSE Exploratory Topic. The initiative aims to support the hydrogen economy's growth by developing advanced atmospheric hydrogen sensing technologies to reduce the potential warming effects associated with an expanding hydrogen economy. The project, named H2-LOCATE, will utilize high-fidelity and cost-effective gas sensing technology to detect and identify hydrogen leaks at industrial sites, ensuring safety and environmental sustainability. With a grant of $2,700,000, GE Vernova plans to deploy sensors with a spatial resolution of 10 meters and a detection sensitivity of 5-10 parts per billion. This technology will aid in achieving global decarbonization goals and promoting the safe and economical growth of the hydrogen industry. GE Vernova's commitment to sustainable technologies and its contribution to the hydrogen economy are highlighted through this project, showcasing the company's role in advancing innovative solutions for a more sustainable energy future.