Q Precious & Battery Metals Corp. has announced promising initial geological reconnaissance results and a strategic exploration program for the Colchester Natural Hydrogen Project in Nova Scotia. The project, strategically located near Quebec Innovative Materials Corp's natural hydrogen district, encompasses seven licenses totaling 559 claims across 89.44 square kilometers. The reconnaissance revealed ideal geological conditions for significant natural hydrogen and helium accumulation, including the presence of radiogenic basement rocks, uranium-thorium enriched intrusions, and a fracture network associated with the Cobequid Fault Zone. Key findings include the identification of granitoids generating radiogenic helium and hydrogen, mafic and ultrapotassic dikes known for hydrogen production, and sedimentary sequences acting as gas traps. The project will move forward with soil gas sampling, geophysical surveys, and geochemical analyses in high-potential zones identified. The partnership between Q Precious & Battery Metals Corp. and Quebec Innovative Materials Corp. aims to optimize resources and expedite operational milestones in the renewable natural hydrogen sector. The collaboration underscores the efficiency of the exploration approach and reinforces the accuracy of the hydrogen exploration model. With Edward Procyshyn overseeing the exploration work, the project aligns with industry standards. The forward-looking statements highlight the potential for exploration success and strategic benefits from the partnership, emphasizing the commitment to advancing in the clean energy sector.