GeoRedox Corporation has introduced its Advanced Weathering Enhancement (AWE) technology to generate stimulated geologic hydrogen (SGH) at a significant scale, marking a significant advancement in the energy sector. In conjunction with this announcement, GeoRedox disclosed a groundbreaking partnership with Sage Geosystems to collaborate on implementing an advanced field demonstration aimed at producing SGH and exploring future production projects. The collaboration involves sharing technical expertise, data, and resources for effective project planning and execution. The initiative leverages recent discoveries of substantial geologic hydrogen deposits globally, accumulated within the Earth's crust via natural processes. By combining advanced drilling and subsurface engineering methods with GeoRedox's AWE technology, the joint effort seeks to expedite such processes in various source rocks. This approach is poised to facilitate the cost-effective production of carbon-free geologic hydrogen near established industrial hydrogen markets, potentially revolutionizing large-scale liquid fuel production in the future. Notably, stimulated geologic hydrogen holds promise for enhancing the U.S. energy economy, as highlighted by the ARPA-E under the U.S. Department of Energy. The presence of reduced iron minerals in the Earth's crust theoretically offers the potential to yield even more hydrogen through subsurface reactions. By employing stimulated mineralogical processes, it is feasible to generate larger quantities of hydrogen than naturally produced, ushering in a significant source of clean energy. Robert Stoner, President of GeoRedox, expressed enthusiasm about the collaboration, emphasizing the combined expertise in geoscience and advanced subsurface engineering that will materialize stimulated geologic hydrogen. The upcoming demonstration project aims to validate geochemical and thermodynamic models while showcasing commercially viable outcomes in real-world scenarios. Expectations are high for GeoRedox's hydrogen to compete unaided in the global hydrogen market, signaling a promising start. Cindy Taff, CEO of Sage, views stimulated geologic hydrogen as a new application for the company's innovative technologies. The partnership with GeoRedox positions Sage at the forefront of a burgeoning global opportunity aligned with their Pressure Geothermal businesses. This strategic move underscores the potential growth and impact of SGH production in the renewable energy landscape, fostering optimism for a sustainable and cleaner future.