A Pioneer in Natural Hydrogen Exploration
QIMC is at the forefront of natural hydrogen exploration, a renewable and promising resource for the energy transition in Quebec and across Canada.
QIMC
At QIMC, we aim to become North America’s leading company in the exploration and development of clean, natural hydrogen to help power the green economy of tomorrow.
We work closely with local communities and partner with the Institut national de la recherche scientifique (INRS), which carries out cutting-edge research projects to identify, measure, and advance this resource across Canada and the United States’ unique geological environments.
Our History
2021
QIMC is founded by President John Karagiannidis, with its headquarters in Montreal.
2022
QIMC is officially listed on the Canadian Securities Exchange (CSE).
2023
Launch of research partnerships with the INRS.
2024
Discovery of exceptional natural hydrogen concentrations in Saint-Bruno-de-Guigues, (Témiscamingue, Quebec).
Expansion of operations into the Témiscamingue Graben (Ontario).
2025
Expansion across Canada and internationally following major discoveries in Nova Scotia, Ontario, and the United States.
The Ontario-Quebec and Nova Scotia regions are now recognized as some of the most promising hydrogen-rich geological zones in North America.
Natural Hydrogen
What is natural hydrogen?
Natural hydrogen, also known as white or geological hydrogen, is a clean, renewable energy source that occurs naturally underground. Unlike man-made forms such as grey or green hydrogen, natural hydrogen requires no chemical transformation or external energy input for its production—it already exists in a pure state within certain geological formations.
Where is it found?
Natural hydrogen deposits are found primarily in fault zones, crystalline formations, and deep rock layers. This resource forms through natural geological processes such as serpentinization and radiolysis, mechanisms that enable its continual regeneration.
Why is natural hydrogen garnering so much interest?
When burned, natural hydrogen emits only water vapour, producing no greenhouse gases. This makes it an ideal energy carrier to support global decarbonization efforts.
As the energy transition accelerates, natural hydrogen is emerging as a clean, renewable and locally available solution to help meet the climate and energy challenges of the 21st century.
Which sectors can benefit from natural hydrogen?
Its potential is particularly promising for sectors that are difficult to electrify or that consume large amounts of energy, such as:
- Heavy industry (e.g., metallurgical facilities)
- Passenger transportation
- Freight transportation
- Maritime shipping
- Artificial intelligence
- Data centres
Beyond its environmental benefits, natural hydrogen can independently power data centres and remote communities, helping to build a greener, more resilient and innovative Canada.
Our Expertise
Our expertise is built on a solid intellectual property strategy that combines a unique blend of scientific rigour, cutting-edge technologies, and a strong commitment to research and innovation.
We have developed advanced methodologies to detect and quantify natural hydrogen in complex geological environments. Recognized institutions validate the data we generate.
Research and development
Developing and deploying innovative techniques to map geological systems favourable to natural hydrogen formation.
Applied innovation
Integrating scientific data and models optimized through AI to maximize the efficiency of our exploration campaigns.
Field expertise
Understanding fault zones, crystalline rocks and the geological processes involved in hydrogen formation.
Responsible approach
Respecting natural environments, collaborating with local communities, and integrating environmental considerations from the earliest stages of exploration.
QIMC’s Path from Discovery to Production
The 5 Stages of White Hydrogen Exploration
Target Identification
QIMC analyzes regional geology, fault systems, and radiolytic or serpentinized zones to pinpoint where natural hydrogen is most likely to be generated and trapped. Advanced modeling and AI mapping define our priority corridors in Quebec, Ontario, and Nova Scotia.
Surface Exploration
Using soil-gas sampling, radon-thoron surveys, and geophysical measurements, QIMC detects active hydrogen degassing zones and traces migration pathways. All datasets are processed through AI to refine high-priority drill targets.
Appraisal Drilling
Diamond-core and packer-based wells are drilled to measure hydrogen concentration, flow rate, and reservoir continuity. These results confirm subsurface hydrogen systems and support resource estimation.
Feasibility & Engineering
Engineering design, purification systems, and off-grid integration models are developed to demonstrate commercial potential. QIMC’s approach positions natural hydrogen as a clean energy source for AI data centers and regional industries.
Pilot Production & Scale-Up
Pilot wells validate long-term flow stability and hydrogen purity. These results form the foundation for commercial expansion and off-take partnerships within Canada’s emerging hydrogen corridors.
Our Flagship Projects
Québec – Témiscamingue Graben
QIMC’s flagship project where hydrogen values above 7,000 ppm reveal deep-seated gas migration along major fault zones — the core of Canada’s clean hydrogen frontier.
Ontario – Témiscamingue Extension
A vast hydrogen corridor extending over 11 km with strong structural control and high hydrogen concentrations — linking geology and off-grid energy innovation.
Nouvelle-Écosse – Cumberland Basin
High hydrogen and radon–thoron readings along the Apple River and Salt Spring faults confirm active degassing — positioning Nova Scotia as QIMC’s Atlantic hydrogen hub.
United States – Minnesota (Duluth Complex)
IMC expands into the U.S. Midwest, targeting hydrogen-rich faulted mafic systems — advancing its North American hydrogen and clean power strategy.
Our Partners
INRS
Timiskaming First Nation
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