Nearly every natural hydrogen find on record has been an accident. French researchers stumbled onto the Lorraine deposit while checking old coal seams for methane, and the well in Mali that has been quietly running a village for years traces back to a 1987 surprise nobody went looking for. The whole field, up to now, has mostly been geologists tripping over hydrogen while hunting for something else. In January, a small Canadian company broke that pattern. It drilled a well in the Saskatchewan prairie aimed squarely at hydrogen, on purpose, and the gas came up on its own.<\/p>\n
The company is MAX Power Mining, the well is called Lawson, and it sits near Central Butte, Saskatchewan, about 87 miles (140 km) south of Saskatoon. In its January 16 announcement<\/a>, MAX Power called it the first well ever drilled in Canada specifically targeting natural hydrogen, and the results read like a wish list: hydrogen-rich gas flowing freely to surface, concentrations up to 28.6% in core samples, signs of a working reservoir, and a 475-kilometer (295-mile) geological corridor behind it that the company has branded the Genesis Trend. If you read our piece on France’s white hydrogen jackpot under Lorraine<\/a>, consider this the sequel where somebody finally stops finding the stuff by luck and starts drilling for it like they mean it.<\/p>\n Here’s what the company says happened downhole. Lawson punched into an 8-meter (26-foot) fractured interval at the top of the Precambrian basement, the ancient crystalline rock buried under the prairie sediments. After perforation, gas flowed to surface on its own with strong initial rates and pressures. No pumping, no coaxing. The flow was eventually overrun by an influx of salty formation water, which sounds like bad news until you realize what it signals: a reservoir with real energy and connectivity, enough push to move fluids by itself.<\/p>\n The numbers came from three independent labs (AGAT, Corelab, and PTRC, per MAX Power), and they line up. Flow-test samples ran 16.8% to 19.07% hydrogen, with the balance mostly nitrogen and, helpfully, no hydrogen sulfide. Gas recovered from sealed core tubes assayed as high as 286,000 ppm hydrogen, which is 28.6%, the figure that made the headlines. The same coring program also turned up helium at up to 8.7%, averaging 4.4% across nine samples, from a zone sitting just above the hydrogen. CEO Ran Narayanasamy summed up the company’s read in that January release: “Lawson is no longer a concept \u2013 it’s a discovered geological system.”<\/p>\n One number worth keeping straight, because at least one outlet fumbled the math on launch day: 286,000 ppm is 28.6% hydrogen, not 6%. And to be equally straight about what these figures are: they come from the company’s own assays, announced to investors, with formal resource modelling still in progress. Promising is the right word. Proven is not.<\/p>\n The Genesis Trend is the bigger idea. MAX Power describes it as a 475-kilometer belt running across southern Saskatchewan toward the Montana and Dakota borders, and the company holds roughly 1.3 million acres of permits along and around it, which it calls the largest natural hydrogen land package in Canada, with another 5.7 million acres under application. The geological pitch is almost elegant. The trend’s eastern flank butts up against the Prairie Evaporite, the salt formation hosting the world’s largest potash reserves, and MAX Power’s geologists read that salt as a regional seal: a lid that traps migrating hydrogen instead of letting it leak off into the sky.<\/p>\n That trapping question is the whole ballgame in this sector. We’ve covered a Canadian mine where billion-year-old Shield rock has been leaking measurable hydrogen for over a decade<\/a>, and the lesson there was that Earth makes this gas in plenty of places; the hard part is finding somewhere it pools instead of seeps. Saskatchewan’s bet is that fractured basement rock below plus a salt blanket above does exactly that. It also helps that the trend sits next door to the Regina\u2013Moose Jaw Industrial Corridor, an area where, per the company, hydrogen demand is already strong, so a buyer wouldn’t be hypothetical. The province is already a uranium and potash heavyweight and Canada’s only helium producer, with what MAX Power calls the country’s most advanced policy framework for natural hydrogen. Saskatchewan has spent a century being famous for what goes into fertilizer bags. It would not mind a new export.<\/p>\n In an April 2 update, MAX Power reported on Bracken, its second well, drilled 325 km (202 miles) southwest of Lawson at the Grasslands Project along the Montana border. Bracken went down 2,600 meters (about 8,500 feet) and was cased after encountering three zones of interest: a mixed helium-and-hydrogen interval in the Upper Devonian, then two hydrogen-dominant zones deeper down in the basal Deadwood and the basement itself. Flow testing waits on a service rig after spring breakup, the annual stretch when Saskatchewan’s thawing roads can’t carry heavy equipment, so composition numbers are still pending.<\/p>\n The helium is not a footnote. It keeps showing up alongside the hydrogen, at Lawson and now at Bracken, it feeds chipmaking, MRI machines, and rocketry, and prices have been on what MAX Power calls a historic rise. Saskatchewan, already the country’s only helium producer, has a stated plan to capture roughly 10% of the global helium market by 2030, about triple its current output, under a Helium Action Plan introduced in 2021. A well that produces hydrogen with a helium kicker has friendlier economics than one without. The April update also flagged a Lawson “look-a-like” target just 12 km (7.5 miles) from the original discovery, picked out of legacy seismic data, which suggests the company believes Lawson has siblings.<\/p>\n Money usually tells you whether a story has legs, and lately the money has been moving. MAX Power had already completed a $20.5 million raise by early April. Then on May 29 it closed a $25 million private placement with Eric Sprott, a name that makes Canadian resource investors sit up straight, at $2.00 per unit through one of his holding companies. The company says its treasury now sits above $40 million, earmarked for follow-up drilling at Lawson, completing and testing Bracken, more seismic, and more land.<\/p>\n The drilling plan got specific in a May 22 update. A 47 sq. km 3D seismic survey shot over the discovery has, per the company, mapped a Lawson Complex covering 28 sq. km (around 11 square miles) with a 14.2 sq. km structural closure inside it. Six follow-up well locations were surveyed in late May, licensing was set to follow within days, and the first three targets are finalized, including the apex of the structure, the spot where the geological model predicts the highest-purity hydrogen should sit. The plan calls for continuous drilling, with each well completed and tested as the rig moves on. Chief geoscientist Steve Halabura’s framing in that update: “Lawson is not being treated as a one-off discovery.”<\/p>\n And the company is now acting like a company that wants one story, not three. On June 8 it agreed to sell its Arizona lithium subsidiary to Homeland Critical Minerals for 11 million Homeland shares, just under half the company, a stake valued at roughly $1.1 million in a deal expected to close around June 17. The point is focus, not cash: it turns MAX Power into a pure-play natural hydrogen outfit. Early June also brought a CEO trip to a Washington, D.C. energy summit on the heels of meetings in Japan with state-backed JOGMEC and utility giant JERA, which tells you this has drifted into the same critical-resource conversation that has half the world arguing over Greenland’s rare earths<\/a>. Narayanasamy has a sales line for the pace of it all, “months to molecules, not years,” as quoted by MINING.COM<\/a>. A great line for a company that has yet to sell its first molecule.<\/p>\n Time for the cold water, and there’s plenty. Lawson is a discovery in the exploration sense: gas confirmed, system confirmed, commercial volumes not. The flow test came from one 8-meter window before brine took over the wellbore. The 28.6% peak came from core tubes, not the flowing gas. Every concentration, acreage figure, and timeline in this story comes from MAX Power’s own disclosures, written for investors in a junior company whose share price moves on exactly this kind of news. None of that makes the data wrong, and three-lab consistency is a genuinely good sign. It does mean the independent resource numbers the company says are being worked up matter more than adjectives.<\/p>\n Some global perspective helps too. France’s Lorraine deposit, the one that kicked off this whole news cycle, is still an estimate of up to 46 million tonnes according to CNRS researchers<\/a>, not a producing field, and the only place on Earth pulling natural hydrogen out of the ground commercially remains that one small operation in Mali. So the bar Lawson has to clear isn’t “find hydrogen.” By the company’s three-lab data, that part is done. The bar is “deliver hydrogen, at purity and volume, at a price somebody pays.” The six wells about to spud into that 28 sq. km complex are the first serious attempt anyone in Canada has made at answering it, and the answers come out of the ground, not out of a slide deck.<\/p>\n","protected":false},"excerpt":{"rendered":" Nearly every natural hydrogen find on record has been an accident. French researchers stumbled onto the Lorraine deposit while checking … <\/p>\nThe gas didn’t need to be asked twice<\/h2>\n
A 295-mile corridor with a built-in lid<\/h2>\n
Well number two hit gas 202 miles away, and helium crashed the party<\/h2>\n
Eric Sprott showed up with $25 million<\/h2>\n
None of this is a gas station yet<\/h2>\n