Drilling Campaign Approaches for Primary Hydrogen's Natural Gas Exploration

Primary Hydrogen's soil samples show high hydrogen readings, signaling a move to critical drilling. Natural hydrogen could cost under $1/kg, far cheaper than green hydrogen.

The quest for naturally occurring "white" or "gold" hydrogen is rapidly evolving from theoretical study to active field programs. Among the companies advancing this frontier is Canadian explorer Primary Hydrogen, which is progressing the evaluation of its extensive North American land holdings. Recent soil sample results have indicated promising geochemical anomalies, signaling a pivotal shift toward the critical drilling phase, even as the company's shares trade significantly below their previous highs.

The Economic Case for Natural Hydrogen

Natural hydrogen is distinct from manufactured green or blue varieties, as it is generated through continuous geochemical processes deep within rock formations. Its primary advantage is potential cost: industry experts suggest large-scale production could eventually achieve costs below one US dollar per kilogram. This stands in stark contrast to the current estimated production cost of green hydrogen, which ranges between six and twelve US dollars per kilogram.

This substantial cost differential is fueling global investment interest in the nascent sector. Although still an emerging field dominated by startups and small exploration firms, nearly one billion US dollars has already flowed into related projects worldwide.

Operational Advances and Anomalous Results

Primary Hydrogen has recently completed extensive field programs across its Canadian properties. Utilizing a methodology developed in collaboration with the research institute INRS, the company has identified measurable hydrogen anomalies at multiple sites:

• Hopkins (Ontario): A significant hydrogen anomaly, with a peak reading of 245 ppm H?, was detected near an alkali complex formation.
• Blakelock (Ontario): Sampling revealed an 800-meter corridor of elevated hydrogen concentrations, averaging 52 ppm with a peak of 77 ppm, aligned with a mafic dike.
• Newfoundland & Labrador: Soil samples taken along fault corridors showed peak values of 531 ppm at Point Rosie and 665 ppm at Mary's Harbour.
• Wicheeda North (British Columbia): Analysis of over 500 new soil samples led to the identification of two high-priority clusters for Rare Earth Elements (REE).

From Surface Data to Subsurface Proof

Despite these operational milestones, the company's share price reflects the typical risk profile of an early-stage exploration venture. Trading recently at 0.77 CAD (mid-March 2026), the equity has corrected substantially from its 52-week high of 6.60 CAD. The market is awaiting concrete proof of commercial viability.

Management is now focusing on delivering that proof. The permitting process for the Wicheeda North project is slated for completion in the first quarter of 2026. Immediately following, the company plans to engage drilling contractors. This imminent inaugural drilling program represents the crucial next step to convert the promising surface-level geochemical data into confirmed subsurface discoveries.