Breadcrumb Menu Back Link Home · Research · Projects · Assessment of geological H2... Projects Assessment of geological H2 storage in salt caverns for multi-vector, low-carbon energy systems September 1, 2021 Principal investigator Dharik Mallapragada Co-investigator Bradford Hager Research area Energy storage Share this item Project team Log in to view member-only content. See all researchers See all researchers Dharik Mallapragada Principal investigator Visiting Scientist, MITEI Affiliated researcher Bradford Hager Co-investigator Professor, Department of Earth, Atmospheric, and Planetary Sciences Affiliated researcher Related projects Log in to view member-only content. See all projects See all projects New ? New items have been added or updated in the last 30 days. Techno-economic viability of molten sodium battery for stationary storage September 1, 2026 – August 31, 2027 Funding source Future Energy Systems Center New ? New items have been added or updated in the last 30 days. Can Long-Duration Energy Storage Better Protect the Grid from Extreme Events? September 1, 2026 – August 31, 2027 Funding source Future Energy Systems Center You may also be interested in Event Future Energy Systems Center project updates- Critical minerals November 10, 2026 Event Long-duration energy storage webinar November 3, 2026 News 3 Questions: Exploring the chemistry beneath metal surfaces to advance energy technologies September 8, 2026
Bradford Hager Co-investigator Professor, Department of Earth, Atmospheric, and Planetary Sciences Affiliated researcher
New ? New items have been added or updated in the last 30 days. Techno-economic viability of molten sodium battery for stationary storage September 1, 2026 – August 31, 2027 Funding source Future Energy Systems Center
New ? New items have been added or updated in the last 30 days. Can Long-Duration Energy Storage Better Protect the Grid from Extreme Events? September 1, 2026 – August 31, 2027 Funding source Future Energy Systems Center
