Read More New contaminant-tolerant catalyst could help capture carbon directly from smokestacks By Tyler Irving|July 4, 2024 Electrochemical catalyst for converting CO2 to valuable products can stand up to an impurity that poisons current versions
Read More Acceleration Consortium announces $1.2 million in funding for projects that accelerate scientific discovery By Sean Bettam & Andrea Wiseman|February 29, 2024 Twelve research projects, from across U of T, will leverage or drive the development of self-driving labs
Read More IBET Momentum Fellow Raylene Mitchell aims to change how engineering is done in northern and Indigenous communities By Tyler Irving|August 24, 2023 PhD candidate will work with a northern community to examine the benefits and risks of new forms of energy generation and storage
Read More New electrocatalyst improves both stability and efficiency in electrochemical conversion of captured carbon into valuable products By Tyler Irving|August 21, 2023 Improved design enables operation in acidic conditions for more than 150 hours, more than ten times as long as previous versions
Read More New electrochemical process could raise the efficiency of capturing carbon directly from air By Tyler Irving|August 2, 2023 Device designed by U of T Engineering team regenerates carbon capture liquids by rapidly switching between electrolyzer and fuel cell mode
Read More ‘Self-driving labs’: $200-million federal grant powers AI-driven materials discovery for clean energy, advanced manufacturing and more By Tabassum Siddiqui and Tyler Irving|May 1, 2023 Funding will enhance the work of the Acceleration Consortium, a multidisciplinary collaboration that includes several U of T Engineering researchers