MAX Power Mining Corp. (CSE: MAXX; OTC: MAXXF; FSE: 89N) (锟組AX Power锟� or the 锟紺ompany锟�) is pleased to announce an acceleration of its strategy targeting commercial evaluation and development of its Lawson Natural Hydrogen Discovery near Central Butte, Saskatchewan, and broader plans to enter into multiple strategic partnerships across various sectors in ways that view the 475-km-long Genesis Trend as a potential nation-building project. As announced January 16, 2026, MAX Power has confirmed Canada锟絪 first-ever Natural Hydrogen subsurface system through drilling. At least 80 structures of interest 锟� many with similar features as Lawson - have now been identified at Genesis that will be examined in closer detail over the coming months.
Highlights:
Tetra Tech, a leading global provider of high-end consulting, engineering, program management and technical services, has been contracted to undertake a 47-sq. km 3D seismic acquisition program (锟�3D Seismic Survey锟�) planned to commence the week of February 23, 2026, at the Lawson Discovery near Central Butte. All permits and approvals have been received;
The 3D Seismic Survey will create a high-resolution subsurface dataset that will allow for accurate imaging of potential hydrogen-containing structural traps at Lawson and thus inform MAX Power锟絪 Natural Hydrogen resource modelling and estimation ahead of a confirmatory well to validate commerciality;
A porosity and permeability analysis of Lawson is currently underway at AGAT Laboratories in Calgary, concurrent with an isotopic analytical program at the University of Windsor;
Completion of the core-based analytical program, along with the proprietary 3D Seismic Survey, will allow for integration of all geological and geophysical data into a preliminary resource estimate while also identifying the optimal location for the Lawson confirmatory well;
Beyond the Lawson/Central Butte area, at least 80 significant additional structures of interest considered prospective for Natural Hydrogen accumulations have been identified to date along the Genesis Trend. These structures, such as Radville and Lucky Lake, are being prioritized as part of MAX Power锟絪 2026 multi-well drill program. Acquisition of 2D trade seismic data, incorporated into the AI-assisted MAXX LEMI platform, will allow for efficient drill targeting and will also aid in developing a broad regional assessment of the entire trend;
MAX Power is in discussions with multiple potential end users who have expressed an interest in sourcing Natural Hydrogen from the Genesis Trend and elsewhere in Saskatchewan, if commercial Natural Hydrogen deposits are proven;
The Regina-Moose Jaw Industrial Corridor is located within and immediately adjacent to the Genesis Trend and is known as a hub for heavy industry, agriculture and logistics. It is a prime area for large-scale industrial development including clean energy projects that are also being embraced by companies in the technology sector.
Mr. Ran Narayanasamy, CEO of MAX Power, commented: 锟絎e are moving rapidly at Lawson with an aggressive 锟絤onths to molecules锟� strategy targeting commercial validation. The repeatability and scalability potential of Genesis creates the opportunity for the birth of the world锟絪 first Natural Hydrogen industry in Saskatchewan, driven not only by geology but technology 锟� a model for the world as this emerging clean energy sector gains momentum. That is the vision and this is why we view Genesis as a potential nation-building project at a pivotal moment in Canada锟絪 history.锟�
Mr. Steve Halabura, MAX Power Chief Geoscientist, stated: 锟絋he Lawson Discovery validates our five-element system model for Natural Hydrogen deposits 锟� the right source rocks, migration pathways, reservoirs, traps and seals. The western edge of the Prairie Evaporite, which hosts the world锟絪 largest potash mines, extends along the entire eastern border of Genesis, providing the traps and seals necessary for the accumulation of Natural Hydrogen and associated gases. Our research to date suggests the right source rocks, migration pathways and reservoirs are present across broad areas of Genesis, supporting the potential for basin-scale Natural Hydrogen endowment.锟�
Lawson 3D Seismic Survey
Tetra Tech will manage in-the-field operations for the Lawson 3D Seismic Survey, mobilize and supervise field crews and equipment, and perform on-site quality control during acquisition. Data processing and interpretation will be handled by MAX Power锟絪 selected specialists.
锟絋etra Tech is committed to safe, environmentally responsible field operations and delivering the acquisition quality our clients require,锟� stated Mr. Orrin Foster, Technical Director 锟� Geophysical Operations, Tetra Tech.
Environmental protection and safety measures will be implemented throughout the program to minimize footprint and community impact.
MAX Power锟絪 Chief Geoscientist, Steve Halabura, added: 锟絃awson is a structural play, meaning that in the subsurface, positive elevations above a regional baseline, which are called 锟絚losures锟�, are crucial for the formation of traps and migrating Natural Hydrogen and associated gases. The principal method for imaging the structural 锟絣ay of the land锟� is the 3D Seismic Survey. 锟�3D锟� is exactly what it means 锟� sound waves are used to image individual geological horizons, with the data thus gathered used to create three-dimensional - 锟�3D锟� - images of structural closures, in much the same way doctors can visualize the internal organs of the body using ultrasound waves.锟�
Why This Matters to Investors
MAX Power has rapidly advanced from test of concept to commercial evaluation at a time when global demand for secure, clean baseload energy is accelerating. The Lawson Discovery confirmed Canada锟絪 first working Natural Hydrogen system. The 3D Seismic Survey is an integral part of the analytical, resource modeling and estimation program, and will also optimize the location for a confirmatory well at Lawson. Defining scale, reservoir integrity and commercial deliverability are key near-term milestones.
Beyond Lawson, at least 80 additional structures identified along the 475-km Genesis Trend expand the opportunity from a single discovery to a basin scale platform with high potential for repeatability. The trend runs directly through the Regina-Moose Jaw Industrial Corridor, positioning Natural Hydrogen as a potential domestic supply source for heavy industry, agriculture, logistics, and technology infrastructure. If commercial deliverability is demonstrated, this could anchor a new strategic clean energy source for Canada, support nation- building infrastructure, and materially expand the Company锟絪 long term growth profile.