New electrocatalyst improves both stability and efficiency in electrochemical conversion of captured carbon into valuable products
Improved design enables operation in acidic conditions for more than 150 hours, more than ten times as long as previous versions
New electrochemical process could raise the efficiency of capturing carbon directly from air
Device designed by U of T Engineering team regenerates carbon capture liquids by rapidly switching between electrolyzer and fuel cell mode
Improved stability could help perovskite solar cells compete with silicon
U of T Engineering researchers increase the stability of this emerging solar technology under high temperatures, helping to overcome a key barrier to commercial application
Can AI help make our buildings more sustainable?
New research explores the potential of artificial intelligence to optimize heating and cooling in buildings on the U of T campus
New catalyst could increase the value of captured carbon by transforming it into acetic acid
Electrocatalyst achieves record-breaking selectivity toward the desired product, a key step toward industrial production
U of T-led collaboration to develop community-tailored clean energy technologies
Professor David Sinton (MIE) is principal investigator for the CANSTOREnergy project, which receives $24 million through New Frontiers in Research Fund’s 2022 Transformation Competition
U of T Engineering researchers growing microorganisms to recover nickel and clean up tailings ponds
A new academic-industry partnership aims to develop bio-leaching technologies to clean up contaminated material and extract valuable products
