About Us

Group Focus

In the fight against climate change, Canada and many other countries are placing a renewed focus on nuclear power due to its ability to supply baseload power without releasing greenhouse gases. Much of this focus has been on small modular reactors (SMRs), which offer the potential for improved cost-efficiency through fleet-scale deployment and small up-front financing costs, as well as the opportunity for deployment to remote regions to remote regions when compared to large-scale nuclear power plants. In addition to deploying SMR designed to be scaled-down versions of conventional water-cooled reactors, Canada is also planning on deploying Generation IV (GenIV) SMRs, which provide increased output temperatures necessary for various industrial processes that currently use fossil fuels.

As the Canada Research Chair in SMR Safety and Licensing, Prof. Situm’s group will investigate challenges surrounding the corrosion or corrosiveness of nuclear fuel proposed for use in various SMR designs in order to improve the safety and support the licensing of these SMR designs. The following are the current set of research focuses:

Waste Strategies for SMR Waste

Incorporation of radioactive waste streams from SMRs into Canada's radioactive waste strategy

corrosion

Corrosion in Molten Salt Enviroments

Corrosion mitigation of steel and nickel alloys in molten salts to be used in molten salt reactors (MSRs)

Accident Tolerance of Fuel Cladding

The study of the corrosion and hydrogen absorption of accident tolerant fuel (ATF) cladding materials