MAX Power Mining Corp.

Comprehensive study launched in July 2024 to investigate Texas's white hydrogen reserves using proprietary methods, aiming to identify promising areas for near-term land acquisitions and exploration.

A natural hydrogen exploration project covering 1,244 sq. km in southeast Saskatchewan within the Torquay-Rocanville Corridor. The project encompasses five separate large claim blocks with multiple high-priority target areas showing evidence of upward hydrogen migration.

A natural hydrogen exploration project in Saskatchewan, Canada, operated by MAX Power Mining Corp. The project has identified significant hydrogen anomalies with concentrations reaching 914 ppm through geochemical studies.

Hydrogen formed over geological time deep underground, also known as geological or white hydrogen. It is a potentially low-cost, zero-emissions fuel source that does not require electrolysis.

Specialized tools and probes used to identify hydrogen concentrations in soil gases with high accuracy, enabling detection of hydrogen seepage from underground formations.

Lithium claystone exploration at Willcox Playa involves identifying and characterizing lithium‑bearing fine‑grained sedimentary rocks that accumulated in the closed basin environment of southeastern Arizona, with the aim of defining a potentially large, near‑surface lithium resource suitable for future extraction.[6] MAX Power’s work at Willcox included geophysical surveys and diamond drilling that intersected thick sequences of lithium‑rich claystone, indicating that the basin hosts a laterally extensive system of mineralized sediments.[6]

Texas

Saskatchewan

United States

Comprehensive study launched in July 2024 to investigate Texas's white hydrogen reserves using proprietary methods, aiming to identify promising areas for near-term land acquisitions and exploration.

A natural hydrogen exploration project in Saskatchewan, Canada, operated by MAX Power Mining Corp. The project has identified significant hydrogen anomalies with concentrations reaching 914 ppm through geochemical studies.

Discovery and assessment of a massive natural hydrogen deposit in the Lorraine region's abandoned mines, estimated to contain approximately 46 million tons of H2.