Basalt carbonation could sequester gigatons of carbon dioxide, study finds
Potential game-changing technologies that capture and store carbon.
Climate Solutions to Meet the Suburban Surge
Suburbs need to play a central role in post-pandemic climate action planning.
M-TES charging/discharging station ready for trial tests
Did you know that nearly half the energy we consume is lost as waste heat? Learn in this PICS Snapshot how mobile thermal battery technology may address this problem.
Tellurium-based battery technology shows promise to extend the range of electric vehicles
Materials design and fundamental understanding of Te-based electrochemistry for rechargeable batteries.
Accelerating Offshore Carbon Capture and Storage
A report identifying key opportunities and challenges in offshore carbon capture and storage.
Making Embodied Carbon Mainstream
A guide to using existing policy foundations as a gateway to reducing embodied carbon in the built environment.
M-TES can deliver low-carbon energy by harvesting industrial waste heat
Mobile Thermal Energy Storage (M-TES) could potentially meet the low-carbon heating and cooling needs district energy networks using tanker trucks to collect and deliver waste energy.
The Legal Framework for Offshore Carbon Capture and Storage in Canada
This Sabin Center white paper examines the legal issues associated with deploying the Solid Carbon system in the Canadian portion of the Cascadia Basin. Read the blog too!
First major study of Columbia Basin reveals glaciers are 38% thicker than originally thought
The real picture, as shown by data, reinforces the need to closely study Canada's melting glaciers for streamflow projections.
Fuel-switching and building retrofits are potent tools for reducing GHGs in temperate climate cities.
City of Victoria case study showing the most impactful actions for decarbonizing the built environment, potentially applicable for other Canadian cities.