Max Power Set to Advance Next-Generation Earth Model to Define the Cutting Edge for Natural Hydrogen Exploration

Article content

The information within each primary database ranges from deep basement all the way to surface, thus allowing for the creation of secondary databases that come from specific queries. This process refers to the “Integration” of the LEMI process. These databases can then be used to generate very specific prospectivity maps.

Article content

Figure 1: The Genesis Trend

Article content

Article content

Article content

Article content

MAXX LEMI and the Genesis Trend

Article content

The scale of the Genesis Trend – 200 km long and up to 75 km wide – underscores the importance of MAXX LEMI and how empowering MAXX LEMI with machine learning can rapidly advance a major exploration undertaking that has already delineated the initial Lawson drill target and at least 20 potential Lawson “look-a-likes” on the trend.

Article content

The Genesis Trend, flanked on its eastern side by the massive Prairie Evaporite, has unusual scale potential for any resource project and features all five key elements of a Natural Hydrogen system: 1) Source rocks; 2) Migration pathways; 3) Reservoirs; 4) Seals; 5) Traps.

Article content

Why This Matters to Investors

Article content

The launch of MAXX LEMI marks a pivotal milestone in the evolution of Natural Hydrogen exploration. Saskatchewan’s unparalleled repository of geological data, combined with MAX Power’s technical depth and early integration of artificial intelligence, creates a framework that could define global best practices for Natural Hydrogen exploration and resource modeling. As the system expands, MAXX LEMI will enable more precise targeting, reduced exploration risk, and faster scalability toward commercialization. For investors, this initiative establishes MAX Power not only as a first mover in the field but as the company shaping the global standard for how Natural Hydrogen systems are understood, mapped, and developed – setting the stage for future collaboration and long-term value creation.

Article content

Article content

Update on Strategic Investment

Article content

Further to its September 24, 2025, news release, MAX Power confirms continued progress toward completion of the previously announced $5 million strategic investment by a leading Southeast Asian conglomerate with extensive interests in the global energy sector (the “Corporate Investor”). 

Article content

The transaction, structured as a non-brokered private placement at $0.30 per unit, remains on track to close during the first half of November following the completion of customary corporate and regulatory approvals. Each unit consists of one common share and one-half of one common share purchase warrant, with each whole warrant exercisable at $0.45 for a period of 24 months from closing. Upon completion, the Corporate Investor will hold approximately 16% of MAX Power’s issued and outstanding common shares on a non-diluted basis. The parties have agreed to the investor rights and shareholder agreement, expected to provide the Corporate Investor with pro-rata participation in future financings and board observer rights while maintaining at least 7% ownership.

Article content

Article content

This partnership marks an important step in supporting MAX Power’s long-term growth and strategic development in the emerging Natural Hydrogen sector.

Article content

RSUs Grant

Article content

The company announces that it has granted 6,200,000 restricted stock units (RSUs) to management, directors, and consultants of the company. The RSUs will vest in accordance with vesting terms to be determined by management and subject to the terms and conditions of the company’s restricted stock unit plan.

Article content

MAX Power Saskatchewan Natural Hydrogen Documentary Video

Article content

Article content

MAX Power Natural Hydrogen Presentation

Article content

Learn more about MAX Power’s advantage in North America’s Natural Hydrogen sector by clicking on the following link:

Article content

Article content

Stay Connected by Following Us On

Article content

Article content

NI 43-101 QA/QC and Qualified Person

Article content

The technical information in this news release has been reviewed and approved by Mr. Steve Halabura, P.Geo., FGC, FEC (Hon.), a Qualified Person as defined by National Instrument 43-101. Mr. Halabura is MAX Power’s Chief Geoscientist and has extensive experience in Saskatchewan’s subsurface systems.