MAX Power Mining Corp. (CSE: MAXX) (OTC: MAXXF) Reports Success in Canada’s First-Ever Drilling of a Natural Hydrogen Target

Disseminated on behalf of MAX Power Mining Corp. (CSE: MAXX) (OTC: MAXXF) and may include paid advertising.

• MAX Power recently announced that it has completed Canada’s first well deliberately drilled to target naturally occurring hydrogen.
• The company’s Lawson Project success has meaningful implications for natural hydrogen exploration and development in Saskatchewan.
• The broader context for MAX Power’s work is the growing interest in natural hydrogen as a potentially transformative energy resource.

MAX Power Mining (CSE: MAXX) (OTC: MAXXF) has hit a major milestone in the quest to unlock naturally occurring hydrogen as a new energy source. The company is reporting success at drilling into Natural Hydrogen at its Lawson target in Saskatchewan and is accelerating plans for a broader multi-well exploration program, a development that could reshape the clean-energy landscape and bolster the company’s position in an emerging sector.

MAX Power recently announced that it has completed Canada’s first well deliberately drilled to target naturally occurring hydrogen, reaching a depth of 2,278 meters at the Lawson site on the Genesis Trend and intersecting Natural Hydrogen across multiple geological horizons.  This landmark “Test of Concept” event, which represents the first dedicated deep well of its kind in the country, positions the company at the forefront of Natural Hydrogen exploration in North America and underpins its plans to drive toward commercial discovery and broader development initiatives.

Natural Hydrogen is different from the hydrogen most people hear about in energy discussions today. While hydrogen is widely recognized as a clean fuel, producing only water vapor when used in a fuel cell or combustion process, almost all of the hydrogen currently used is manufactured from fossil fuels through processes such as steam methane reforming, which emits significant carbon dioxide, or electrolysis powered by renewable electricity, which can be expensive and energy intensive.

Natural Hydrogen, also known as geologic hydrogen or white hydrogen, refers to hydrogen that is created through geological processes deep within the earth and accumulates naturally in subsurface reservoirs. Because it originates and accumulates without the need for high-energy input processes, Natural Hydrogen holds the promise of a clean, low-carbon energy source with lower production costs and fewer environmental inputs compared to traditional hydrogen production pathways.

MAX Power’s Lawson Project success has meaningful implications for the company’s strategy. The Lawson well encountered Natural Hydrogen in multiple layers from sedimentary formations into basement rock, and the company is now advancing data analysis and follow-up testing to quantify potential flow rates and volumes of hydrogen and associated gases such as helium. This analytical phase will inform the next steps in the project and help refine the company’s exploration thesis for additional wells. Concurrently, a fully funded second well at the Bracken target, approximately 325 kilometers southwest of Lawson, is being prepared to advance the company’s multi-well program across its extensive land position.

MAX Power’s land footprint in Saskatchewan is substantial, covering approximately 1.3 million acres of permits in a geological corridor known as the Genesis Trend, which has been delineated through aeromagnetic and gravity surveys and legacy data as prospective for large accumulations of Natural Hydrogen. The company has also identified additional focus areas, helping to expand the prospective zone and strengthen its exploration pipeline. This expansive approach reflects a belief that the province could host a scalable Natural Hydrogen system, unlocking a sustainable energy resource at a time when demand for clean, baseload energy is rising globally.

The broader context for MAX Power’s work is the growing interest in Natural Hydrogen as a potentially transformative energy resource. Scientists and industry analysts have noted that Natural Hydrogen could offer a cleaner alternative to conventional hydrogen production because its generation does not require external energy inputs such as water electrolysis or natural gas reforming, and it produces minimal emissions when used as a fuel. Geological research suggests that Natural Hydrogen may be present in a variety of subsurface contexts around the world, and interest in its exploration has increased as energy markets seek ways to decarbonize sectors that are challenging to electrify, such as heavy industry and long-distance transport. As the world anticipates hydrogen demand growth, projected to expand significantly by mid-century, unlocking naturally occurring supplies could be a crucial piece of the energy transition puzzle.

MAX Power’s corporate focus extends beyond Natural Hydrogen. The company also controls the Willcox Playa Lithium Project in the United States, where diamond drilling in 2024 confirmed near-surface lithium mineralization. This asset is intended to be advanced through a planned spinout into Homeland Critical Minerals, providing focused exposure to domestic U.S. critical minerals while allowing MAX Power to maintain strategic emphasis on Natural Hydrogen. The company’s emphasis on assembling geological expertise, technological tools such as its data analytics integration model, and strategic partnerships with research institutions and industry stakeholders reflects a holistic approach to advancing both scientific understanding and commercial potential in the Natural Hydrogen domain.

The promise of Natural Hydrogen lies not only in its clean-energy credentials but also in its potential economic viability. If commercial volumes can be proven and production techniques optimized, Natural Hydrogen could complement or even supplant traditional hydrogen sources in certain use cases, offering a domestically sourced, low-emission energy vector for grid power, industrial applications, and possibly mobility solutions. For regions such as Saskatchewan and companies such as MAX Power, advancing this new frontier could deliver both energy and economic benefits while contributing to broader decarbonization goals.

For more information, visit www.MaxPowerMining.com.

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