QIMC Makes Groundbreaking Discovery of Natural Hydrogen in Quebec's Harsh Winter Conditions
Key Ideas
- QIMC's St-Bruno-de-Guigues Hydrogen project reports natural hydrogen concentrations exceeding 7000 ppm at shallow depths of up to 50 meters in fault zones.
- The absence of harmful greenhouse gases like CO2 and CH4 in the samples showcases the purity and environmental benefits of the deep-seated hydrogen source.
- Installation of monitoring wells aims to understand the dynamics of hydrogen rise in the region's soils, including sampling below the soil horizon and in shallow fractured rock.
- Geophysical surveys by INRS reveal the properties of the geological formations, showcasing the potential of geologic hydrogen as a primary energy source.
Québec Innovative Materials Corp. (QIMC) has made a significant advancement at its St-Bruno-de-Guigues Hydrogen project, where tests in shallow monitoring wells have revealed natural hydrogen concentrations surpassing expectations. The measurements reached a high of 7119 ppm and plateaued at 2886 ppm, with several exceeding 550 ppm, confirming the deep geological origin of the hydrogen. The absence of CO2 and CH4 in trace amounts underscores the purity of this resource, enhancing its environmental appeal. QIMC's CEO, John Karagiannidis, highlighted the robustness of their models and the importance of geologic hydrogen in sustainable energy development. The installation of monitoring wells aims to study the spatio-temporal dynamics of hydrogen in the region's soils, including sampling in fractured rock. Concurrently, geophysical surveys by INRS provided insights into the geological properties supporting the potential of geologic hydrogen as a primary energy source in Quebec. The successful discovery in the challenging winter conditions underscores the company's commitment to advancing sustainable energy solutions.