3D Seismic Data Significantly Expands Natural Hydrogen Potential at Lawson Project
Event summary
- A 3D seismic survey at MAX Power Mining Corp’s Lawson Natural Hydrogen system has delineated a 14.2 sq. km structural closure.
- The survey also identified a broader 28 sq. km “Lawson Complex,” significantly expanding the project’s potential footprint.
- The Lawson 15-19 well, previously considered a key discovery, appears to have only ‘nicked the edge’ of the larger system.
- The survey has identified multiple high-priority drill targets within the newly designated “Lawson Central” area.
- MAX Power holds approximately 1.3 million acres (521,000 hectares) of permits in Saskatchewan, with an additional 5.7 million acres under application.
The big picture
MAX Power’s Lawson project represents a potentially significant development in Canada’s nascent natural hydrogen industry, which is attracting increasing attention as a clean energy alternative. The expanded resource footprint revealed by the 3D seismic data elevates the project’s scale and commercial potential, but also increases the technical and financial risks associated with development. The company’s success will hinge on its ability to efficiently and effectively translate these seismic findings into productive wells, and to navigate the evolving regulatory landscape surrounding natural hydrogen production.
What we're watching
- Resource Modeling
- The accuracy of MAX Power’s internal resource modeling will be critical to validating the expanded potential and attracting further investment, and will depend on the interpretation of the 3D seismic data.
- Drilling Execution
- The success of follow-up drilling at the apex and flanks of the Lawson system will be a key indicator of the system’s continuity and commercial viability.
- Regulatory Landscape
- The evolving regulatory framework for natural hydrogen production in Canada will significantly influence the project’s long-term viability and MAX Power’s ability to secure necessary permits.
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