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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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Grads to Watch 2023 composite with student portraits

Grads to Watch 2023

Philipp Seiler stands next to a chalk board with a mathematical equation.

‘A good lecture should be an active discussion’: Meet Professor Philipp Seiler

Ben Agro wears a yellow rain coat in a forested area.

Top U of T undergraduate Ben Agro is taking his passion for research into a direct-entry PhD

A new study from U of T Engineering Professor David Meyer (CivMin, ISTEP) shows that between the cities of Delhi and Bengaluru, customers are supplied water on 3,278 different schedules, ranging from nearly continuous to only about 30 minutes per week. (Photo: wirestock, via Envato Elements)

Why do Delhi and Bengaluru supply water according to 3,278 different schedules?