Sprott lifts Max Power’s Sask hydrogen stake: drilling and reservoir lens for engineers
Reviewed by Tom Sullivan
First reported on MINING.com
30 Second Briefing
Canadian billionaire Eric Sprott has exercised more than 12 million warrants to lift his stake in Max Power Mining to 24.35%, injecting over C$6 million to accelerate drilling at the Lawson natural hydrogen project, 80 km north of Moose Jaw, Saskatchewan. Max Power reports its multi-well “commercial validation” drill programme is ahead of schedule and under budget as it delineates what it calls a “very large” natural hydrogen system while triangulating the first deposit at the Lawson complex. The move signals growing technical interest in naturally occurring hydrogen, though questions remain over reservoir concentrations and economic recoverability.
Technical Brief
- More than 12 million warrants were exercised by Eric Sprott in a single transaction.
- The warrant exercise delivered over C$6 million in cash to Max Power’s balance sheet.
- Sprott’s equity position in Max Power rose from 19.5% to 24.35% following the exercise.
- Lawson’s multi‑well programme is explicitly framed as targeting the first large‑scale commercial natural hydrogen discovery.
- Max Power reports the Lawson drilling campaign is both ahead of schedule and under budget.
- The company states it is “triangulating the first deposit” within what it calls the Lawson complex.
Our Take
The earlier C$25 million and C$10 million placements into MAX Power Mining in May and August already made Eric Sprott the anchor financier on the Lawson natural hydrogen project, and pushing his stake above 24% now effectively ties the project’s pace and risk appetite to a single high‑conviction backer.
Our database shows only 22 keyword‑matched pieces involving natural hydrogen or precious metals across 1,300 mining stories, so MAX Power’s Lawson complex in Saskatchewan is one of a small group of natural hydrogen plays getting repeated capital‑markets attention rather than one‑off speculative coverage.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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