A Canadian clean-technology company pioneering the discovery and production of naturally occurring geologic, or “white,” hydrogen. Our mission is to unlock a new source of sustainable energy directly from the earth through advanced subsurface analytics and clean, non-electrolytic extraction technologies designed to minimize environmental impact and eliminate combustion.

Our strategy is built around two core pillars: geologic hydrogen discovery and clean hydrogen extraction. Using proprietary soil-gas survey methods and subsurface analytics, DiagnaMed identifies naturally occurring hydrogen accumulations in favourable geological settings. Through an exclusive partnership with TerraVent Environmental Inc., the company employs patented Heatwave electromagnetic stimulation tools to release hydrogen from ancient iron-rich rock formations and depleted hydrocarbon reservoirs repurposing existing energy infrastructure for low-cost hydrogen extraction.

In 2025, DiagnaMed launched its Ontario Natural Hydrogen & Helium Exploration Program in the Timiskaming District, within the Témiscamingue–Timiskaming Graben along the Ontario-Québec border. This region’s deep fault structures and iron-bearing formations offer ideal conditions for hydrogen generation and containment. Early field surveys confirmed widespread hydrogen anomalies, including multiple readings exceeding 2,000 parts per million.

By integrating discovery and extraction into a single platform, DiagnaMed is laying the groundwork for Canada’s Natural Hydrogen Corridor, connecting future hydrogen hubs across Ontario and Québec and supporting the country’s long-term transition toward a cleaner, net-zero energy economy.

Naturally Occurring & Clean
Natural hydrogen is formed underground through geological processes, accumulating in rock fractures and reservoirs. It offers a clean, renewable energy source that can be tapped with minimal surface disruption.

Low Emissions, Low Cost
Compared to traditional hydrogen production methods, natural hydrogen requires no fossil fuels and emits near-zero carbon. It presents one of the most cost-effective paths to clean hydrogen at scale.

Minimal Environmental Impact
Exploration uses compact surface infrastructure and geophysical methods, reducing land, water, and energy use compared to mining or industrial-scale electrolysis.

Global Energy Transition Driver
As the world shifts toward decarbonization, hydrogen is emerging as a key fuel. The hydrogen market is projected to reach $407 billion by 2050 (IEA), driven by clean energy demand, energy security needs, and strong policy backing.