MAX Power Mining Corp. is making significant strides in its Natural Hydrogen exploration endeavors in Saskatchewan, particularly in the southeast region. The company has identified large hydrogen anomalies associated with faults through regional geochemical soil gas surveys, with exceptional values reaching up to 914 ppm hydrogen. These findings, combined with hyperspectral readings, support MAX Power's hydrogen formation and accumulation model, indicating the presence of potential reservoirs hosting Naturally Occurring Hydrogen (NOH) at the Rider Project. The company's geological team has also delineated other major 'Hydrogen Fairways' in Saskatchewan, further expanding their exploration targets. MAX Power aims to become the first company to drill specifically for Natural Hydrogen in Canada, leveraging the advanced provincial policy framework in Saskatchewan for energy exploration. The Petro-Find soil gas sampling program, designed to test the geologic model created by MAX Power, demonstrated the potential for commercial concentrations of Natural Hydrogen in the region. The survey's results, which included hydrogen values of up to 914 ppm, highlight the prospect of high-grade hydrogen accumulations at depth. Quality control measures were meticulously followed throughout the sampling process, ensuring the accuracy and reliability of the data collected. MAX Power's CEO expressed confidence in Saskatchewan's potential as a hub for Natural Hydrogen discovery, emphasizing the low-cost and low-emissions nature of this energy source. The company's strategic focus on Saskatchewan aligns with upcoming policy changes in Ottawa and Washington, making energy affordability and security key priorities. The positive results from the gas-in-soil study signify a transformative opportunity for MAX Power in the energy sector, setting the stage for a promising 2025 as they continue to advance their exploration efforts.