The Canadian federal and provincial governments have identified carbon capture, utilization, and storage (CCUS) as a major component of their strategies to reduce greenhouse gas (GHG) emissions. This report offers a review of CO2 storage projects in the Western Canadian Sedimentary Basin (WCSB), discusses the CO2 storage resources in the WCSB, identifies knowledge gaps, and suggests strategies for future CCUS deployment. Among its recommendations, the report suggests that for Canada to transform the energy system and meet our emissions, particularly using hydrogen and CCUS. CO2 storage projects must be accelerated, with a focus on areas that have already been partially de-risked through past studies or are lower-risk due to the presence of existing infrastructure.
Richard Hares
Richard Hares is Principal, Carbon Management for Sproule, a global energy advisory firm, where he manages the Carbon Management practice area and helps clients chart the pathways to a net-zero future. He was previously a Geological CO2 Storage Engineer at the University of Calgary, where he worked on mapping of geological CO2 storage potential in Western Canada, provided insight into carbon dioxide storage resources required to support future low-carbon intensity products, and developed analytical tools for carbon capture and storage. Richard is a professional engineer with experience in resource evaluation and development as a petroleum and geological storage engineer, having worked in both Canada and the United Kingdom. Richard holds an M.Sc. in Sustainable Energy Development from the University of Calgary.