NSERC-Syncrude Industrial Research Chair in Hydrogeological Characterization of Oil Sands Mine Closure Landforms

This multi-project research program under the umbrella of the Industrial Research Chair focused on understanding how water moves through and interacts with reclaimed oil sands landscapes. Researchers explored the hydrology and chemistry of mine waste materials like shale overburden and tailings sands to support long-term closure planning through field studies, lab work and modeling technologies. The team developed innovative monitoring tools and predictive models that are now being used by industry to design more sustainable and cost-effective reclamation strategies. In addition, the program trained a large cohort of students and researchers who are shaping the future of environmental management in Canada.

This research program led to a series of interconnected projects that produced valuable insights into salt release, water recharge, and chemical movement within reclaimed oil sands landscapes. Through these efforts, new monitoring tools and predictive models were developed to track long-term changes and guide closure planning. For a detailed update on the individual research projects and their contributions, request access to the final report.