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
Tag: carbon capture
How re-thinking traditional building materials can lead to new strategies for carbon capture and utilization
Professor Daman Panesar (CivMin) and her team have partnered with the Canada Green Building Council on a $1.7 million study of negative emission technologies
Team E-quester places in the top 60 of the global XPRIZE Carbon Removal
U of T Engineering team designed an electrochemical process to efficiently convert captured carbon into a form that can be easily stored or recycled
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
U of T Engineering team earns US $250,000 in global XPRIZE Carbon Removal Student Award
Seed funding will advance an electrochemical process that can capture CO2 directly from air
Passing the acid test: New low-pH system recycles more carbon into valuable products
Electrochemical reactor runs under acidic conditions to convert more than 50% of CO2 into products such as ethylene and ethanol