New catalyst design could make better use of captured carbon
U of T Engineering researchers improved the efficiency of an electrochemical process that converts carbon dioxide into commercially valuable products
Tag: carbon recycling
Bridging the propylene gap: Electrocatalyst offers new path for converting captured carbon into valuable products
A new electrochemical process transforms carbon monoxide into 1-propanol, a precursor to propylene, one of the world’s most widely produced industrial chemicals
Converting emissions into valuable fuel
A U of T Engineering team is using synchrotron light to design improved catalysts for converting CO2 into ethanol, a valuable fuel and commodity chemical.
U of T Engineering and Caltech collaborate on pathway to carbon-neutral plastics
Improved catalyst transforms renewable electricity and waste CO2 into ethylene, one of the world’s most widely-used commodity chemicals
Out of thin air: New electrochemical process shortens the path to capturing and recycling CO2
Professor Ted Sargent (ECE) and his team offer a promising technique for converting atmospheric CO2 into commercially valuable products
U of T Engineering researchers propose how we could use climate-warming CO2 for good
Multidisciplinary team led by Professor Ted Sargent proposes vision for future of carbon capture and recycling