Max Power Mining Advances White Hydrogen Exploration with New Drilling Campaign

Max Power Mining tests a new geological model with its Bracken well, aiming to prove the scalability of its landmark natural hydrogen discovery and the potential of the Genesis trend.

Max Power Mining is moving to expand upon its initial, high-profile discovery by launching a second drilling program in Saskatchewan. The core objective addresses a pivotal question for the emerging "white hydrogen" narrative: can a natural hydrogen system be reliably confirmed beyond the initial strike zone?

Building on a Landmark Discovery

The company's current activities are a direct follow-up to its Lawson project announcement on January 16, 2026. At that time, Max Power reported what it described as Canada's first successful discovery of natural subsurface hydrogen. Measurements from that site indicated hydrogen concentrations reaching up to 286,000 ppm.

Independent third-party laboratories, including AGAT, Corelab, and PTRC, further validated hydrogen content ranging from 16.80% to 19.07% through through-casing flow tests. According to the company, this find supports the model of accumulation along the extensive 475-kilometer Genesis trend, which stretches from Saskatchewan into parts of the U.S. states of Montana and the Dakotas.

The Bracken Project: A Different Geological Approach

The new well, named "Bracken," is situated approximately 325 kilometers southwest of the Lawson discovery, significantly broadening the company's operational footprint. Critically, the Bracken initiative is not a simple replication of the earlier program.

While Lawson relied on a structural model, Max Power is testing a stratigraphic trap concept at Bracken. The strategic rationale is that successful stratigraphic traps could enable potentially large-scale accumulations, as reservoirs may extend laterally over wide areas. The company is basing this effort on 34.3 line-kilometers of newly acquired proprietary 2D seismic data, integrated with older 2D seismic surveys. The primary target is the "pinch-out" zone of a suspected larger reservoir.

A Critical Test for Scale and Repeatability

For investors, the Bracken well represents a crucial test for repeatability and scalability. Successfully proving a functioning natural hydrogen system under a different geological mechanism would mark a shift away from a "one-off discovery" toward demonstrating genuine basin or trend potential.

Concurrently, work continues at the Lawson project, including 3D seismic surveys and further development of the company's proprietary, AI-assisted MAXX LEMI ("Large Earth Model Integration") platform. This model is designed to systematically evaluate existing Saskatchewan data sets—combined with new, company-specific data from Canada's first natural hydrogen drill holes—to identify and prioritize future targets.

Financial and Market Context

On the financial front, the company highlights a non-brokered private placement completed in December 2025, which raised 5 million CAD. This capital is linked to a strategic partnership with Bitexco aimed at accelerating discovery and potential commercialization efforts in Saskatchewan.

Following a strong rally earlier in the year, the company's shares have recently seen a pullback. Over the past seven trading sessions, the stock is down 7.49%, closing yesterday at 0.91 €.

Active drilling is now underway at the Bracken site, while analytical work at Lawson continues. The results from Bracken are poised to serve as the next critical data point, determining whether multiple natural hydrogen occurrences can be established in Saskatchewan. A positive outcome would substantially widen the foundation for any future economic assessment of the region's potential.