Stillwater Critical Minerals Corp. has partnered with Lawrence Berkeley National Laboratory to investigate geologic hydrogen production at its Stillwater West project in Montana. The collaboration, funded by the U.S. Department of Energy, aims to develop technologies for extracting hydrogen at a commercial scale from the Stillwater Igneous Complex. This initiative aligns with the global shift towards sustainable energy, positioning Stillwater to contribute to clean energy production while also potentially accessing critical minerals like nickel, cobalt, and PGEs. Geologic hydrogen, known as 'white' or 'gold' hydrogen, offers a low-cost, low-carbon energy alternative with 24/7 availability. This sector has been likened to a 'gold rush' for hydrogen, with the potential to meet global demands for centuries. Beyond energy production, geologic hydrogen could aid decarbonization in various industries, including transportation and steel production. While promising, the sector's growth hinges on supportive policies and subsidies. Efforts to locate significant reserves have been limited, but the potential for large-scale hydrogen production remains. Investments are crucial for realizing geologic hydrogen's full potential, with ongoing exploration supported by processes like oxidation, radiolysis, and serpentinization. Stillwater's partnership with Berkeley Lab signals a significant step in harnessing geologic hydrogen, with the potential for larger-scale tests in the future. CEO Michael Rowley sees this collaboration as a pivotal move towards clean energy and mineral supply security. Dr. Carl Steefel of Berkeley Lab also anticipates positive results that could boost Stillwater's role in the clean energy sector. Overall, exploring geologic hydrogen presents exciting opportunities for innovation, sustainability, and energy transformation.