Grant: Alliance Grants

The research project focuses on evaluating the feasibility of using Manitoba's road network to transport Small Modular Reactors (SMRs) from manufacturing sites in Ontario and the United States to SMR sites in Saskatchewan and Alberta. Although regulations for transporting radioactive materials and hazardous goods exist, they lack specific provisions for assessing routes for SMR transportation. This research aims to fill the gap in route assessment methods for SMR transport by considering various factors such as weight and size requirements, truck configurations, road geometry, safety, weather conditions, and emergency preparedness. The project's objectives include establishing an accurate representation of the road network's attributes, reviewing weight and size and regulatory requirements for SMR components and their transportation, developing a framework for evaluating transportation routes based on SMR specifications, analyzing the impact of weather conditions on road incidents during transportation, and assessing alternate routing strategies under road closures and accidents using simulation techniques and optimization methods. The contributions of this project go beyond research innovation. It directly impacts Canada's energy landscape and environmental resilience by introducing innovative policies and protocols suited for the country's diverse geography and climate. Collaborating with Natural Resources Canada highlights the connection between academic exploration and governmental policy, aiming to position Canada as a leader in sustainable and secure SMR transportation solutions.