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In this prototype carbon capture apparatus, a solution of potassium hydroxide is wicked up into polypropylene fibres; circulating air evaporates the water in the solution, concentrating it to very high levels. The white crystals are nearly pure potassium carbonate, formed from carbon removed directly from air. (photo by Dongha Kim)

New ‘rock candy’ technique offers a simpler, less costly way to capture carbon directly from air

Guests at partnerships reception

Industry Partners’ reception showcases new pathways for collaboration

Arbor Award Pin

Celebrating U of T Engineering volunteers at the 2025 Arbor Awards

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Paul Chen (ChemE PhD 2T2) has earned a Schmidt Science Fellowship for his research into engineering and nanotechnology. He is among only 29 Fellows from around the world in the 2022 cohort. (Photo: Dewey Chang)

U of T Engineering researcher Paul Chen earns Schmidt Science Fellowship

A rendering of an electric vehicle prototype shows the conduits that carry fluid to cool different internal components, such as the battery, motor and other electronics. (Image: U of T Electrification Hub)

New CREATE grant powers training and innovation in thermal management to enhance performance of electric vehicles and battery systems

Woman smiling

Dean Emerita Cristina Amon named U of T University Professor

Researchers at U of T Engineering and the University of Waterloo used wood-derived materials to construct this device, about the size of a credit card, which can be used to harvest electrical energy from everyday movements via the triboelectric effect. (Photo: Md Masud Rana, University of Waterloo)

Wood-derived prototype could lead to self-powered biosensors