Description
Natural hydrogen is a hot commodity in the energy sector. Its production can be observed in a wide range of geological contexts through various natural processes including mantle outgassing, radiolysis of water and hydrothermal alteration (serpentinization). The Proterozoic Mistassini-Otish sedimentary basin has been identified as a region with high natural hydrogen potential, with the presence of source rocks at depth beneath potential reservoir-bearing sedimentary rocks. The objective of this project is to better understand the natural hydrogen potential of the Mistassini-Otish sedimentary basin. Fieldwork will be undertaken to sample the rock and define sedimentary sequences. Hydraulic and thermal properties of the rocks will be measured in the laboratory. Numerical models of fluid flow and heat transfer in deep rock (10 km) will be developed to assess the pressure and temperature conditions that could be favourable for potential hydrogen production. The research will be carried out in a context of decolonization where the collaboration of First Nations living in the territory will be solicited.
Start date
At all times. Ideally starting in winter 2026.
Research supervision
Jasmin Raymond, professor, INRS
Study program
PhD in Earth sciences (program details in French only), Eau Terre Environnement Research Centre, INRS
Funding
$9000 per semester for 3 semesters per year for 4 years.
Required qualifications
- Geologist or geological engineer.
- Master’s degree in Earth sciences.
- Interest in geological exploration and the energy sector.
How to apply
Please use the form below to send your application including the all of the following documents in PDF: (1) a cover letter, (2) a CV, (3) a copy of your university transcripts, and (4) contact details of two referees.