Mr. Brad Kitchen reports
ELEMENT ONE COMPLETES THE 2025 EXPLORATION PROGRAM ON THE HY PROJECT
Element One Hydrogen and Critical Minerals Corp. has completed its 2025 field program on the HY project, located 15 to 20 kilometres from Fort St. James, B.C. The project comprises nine contiguous mineral claims covering 2,757.6 hectares and was acquired due to the ultramafic rock prospectivity for hydrogen-generating iron-rich olivine and nickel contained within silicate minerals.
Work consisted of a two-day prospecting, rock sampling and soil sampling program targeting exposures of the Trembleur ultramafic complex. The objectives were to:
- Confirm the presence and extent of ultramafic lithologies;
- Determine nickel content within these rocks; and
- Collect samples suitable for research into hydrogen generation through stimulated oxidation of iron-bearing olivine.
Rock sampling identified nickel-bearing ultramafic units (see table below), with assay results showing elevated nickel and no measurable sulphur, suggesting the nickel is hosted either within olivine or as the nickel-iron alloy awaruite. Splits of these samples will be delivered to Kemetco Research in support of a continuing Natural Resources Canada-funded study on extraction technologies for nickel from silicates and carbon sequestration.
Additional splits of iron-rich ultramafic rocks will be provided to Dr. Greeshma Gadikota, who is conducting Element One's research into hydrogen production from stimulated oxidation reactions in iron-bearing ultramafic rocks. While initial iron content in samples was lower than ideal for hydrogen stimulation applications, the HY property remains a promising candidate for further evaluation due to its excellent proximity to potential hydrogen end-users.
The company concludes that the HY property remains underexplored and that further work should prioritize:
- Sampling additional ultramafic units for iron and nickel content;
- Petrographic and microprobe analyses to determine olivine composition (forsterite/fayalite ratios);
- Geophysical interpretation, including 2-D magnetic inversions, to model the geometry and volume of the Trembleur ultramafic intrusion;
- Continued collaboration with research partners evaluating hydrogen stimulation and nickel-silicate extraction technologies.
Qualified person
The scientific and technical information on this news release has been reviewed and approved by Jeremy Hanson, PGeo, an independent geologist to the company who is a qualified person under the meaning of National Instrument 43-101.
About geologic hydrogen
Geologic hydrogen (also referred to as natural hydrogen) is generated through natural geochemical reactions within the Earth's crust, primarily from the interaction of iron-rich ultramafic rocks and water, as well as radiolysis and other catalytic subsurface processes. Unlike manufactured hydrogen derived from hydrocarbons or electrolysis, geologic hydrogen represents a naturally occurring primary energy resource with the potential to be produced at low cost with zero emissions. The discovery and development of geologic hydrogen reservoirs are an emerging frontier in global energy exploration, analogous to the early days of the oil and gas industry.
About Element One Hydrogen and Critical Minerals Corp.
Element One is a Canadian company focused on the exploration, development and commercialization of geologic hydrogen and critical mineral resources, as well as breakthrough hydrogen generation technologies. The company's projects include the Foggy Mountain critical mineral project as well as projects in Alaska and British Columbia that are prospective for hydrogen production through stimulation in the subsurface as well as critical and battery metals.
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