MAX Power Mining Corp. (CSE: MAXX; OTC: MAXXF; FSE: 89N) announced that independent engineering firm GLJ Ltd., working alongside the company's geological team, has identified the signature of a deep conduit near Lawson 4, providing new structural insight into Canada's first confirmed subsurface Natural Hydrogen system. The updated geological model integrates data from Lawson 1 through Lawson 4, along with reprocessed proprietary 3D seismic data, and reveals a newly interpreted four-way structural closure that the company states further de-risks its upcoming completions program. Investors may be watching closely as MAX Power has indicated completions are anticipated to begin during the week of November 9, 2026.

Key Points

  • MAX Power Mining Corp. (CSE: MAXX; OTC: MAXXF; FSE: 89N) is focused on Natural Hydrogen exploration in Saskatchewan
  • GLJ Ltd. identified a deep conduit signature near Lawson 4, with a newly interpreted four-way structural closure connecting wells Lawson 1 through Lawson 4 via a faulted fracture system
  • Lawson 4 recorded the highest Natural Hydrogen readings to date at the complex using drill rig gas detection instrumentation, partially intersecting the Lawson Conduit at a measured depth of 2,310.5 metres; at least six intervals have been selected for perforation
  • Investors should watch for completions results targeting flow rates, concentrations, pressure, and reservoir connectivity across MAX Power's approximately 2.5-million-acre Saskatchewan land package

GLJ's Structural Reinterpretation Strengthens the Lawson Complex Geological Model

The disclosure states that GLJ Ltd.'s reprocessing of the company's proprietary 3D seismic survey, combined with borehole-derived petrophysics, igneous and metamorphic geology data, and regional 2D seismic, has produced a refined geological model of the Lawson Complex. A key finding is that the Lawson Conduit exceeds the current limits of depth detection, suggesting it roots at a deep crustal level. The newly interpreted four-way structural closure near Lawson 4 is described as further underscoring the volume and size potential of the system, while precise targeting of perforation intervals is intended to maximise potential Natural Hydrogen flow, concentrations, and volume.

Lawson 4 Delivers Highest Natural Hydrogen Readings and Core Evidence of Generative Mechanisms

The announcement states that Lawson 4 delivered the highest Natural Hydrogen readings to date at the Lawson Complex based on drill rig gas detection instrumentation. The well features a thick basal Cambrian reservoir with high permeability and porosity, and shows potential for strong reservoir drive. Core analysis indicates the Natural Hydrogen system occurs within fractured mafic country rock that has undergone iron redox and serpentinization reactions — recognised generative mechanisms for Natural Hydrogen — though the company notes this remains subject to confirmation from isotopic data to be collected during the completions program. At least six intervals from the basement complex to shallower formations have been selected for perforation.

Aeromagnetic Survey Planned to Extend Exploration Across 2.5-Million-Acre Genesis Trend Land Package

The release states that GLJ's updated imaging of the basement complex will be further augmented by a large state-of-the-art aeromagnetic survey covering Lawson and other MAX Power land packages. This work is intended to provide a seismic template for the entire Genesis Trend and enhance drill targeting and new discovery potential across MAX Power's approximately 2.5 million acres of permitted ground in Saskatchewan. The company also announced participation at the H-NAT Summit in Paris on November 3–4, 2026, where President Chad Levesque is scheduled to present the Lawson Discovery to an international audience of energy companies and investors.