福利姬自慰

Turning greenhouse gases into something useful at U of T

Ontario supports 福利姬自慰researchers competing for Carbon XPRIZE
Alexander Ip and his 福利姬自慰research team, led by Professor Ted Sargent, will receive nearly $1 million from the Ontario government for the semi-final round of the Carbon XPRIZE competition (photo by Kevin Soobrian)

University of Toronto researchers are set to receive nearly $1 million from the Ontario government as they compete in the semi-final round of a $20 million global contest that looks for ways to turn harmful greenhouse gases into useful products like fuels and fertilizers.

The province recently said the team of over 15 multidisciplinary researchers, known as Carbon Electrocatalytic Recycling Toronto or CERT, will receive $833,000 to support the development and demonstration of its concept during the competition, which boasts $20 million worth of prizes. 

The 福利姬自慰team鈥檚 technology transforms carbon dioxide (CO鈧) into formic acid, a colourless liquid commonly used to tan leather or as a preservative for livestock feed.

鈥淲e鈥檙e excited to see the province supporting U of T鈥檚 Carbon Electrocatalytic Recycling Toronto as it competes in the prestigious XPRIZE competition,鈥 said Vivek Goel, U of T鈥檚 vice-president of research and innovation. 鈥淭his funding will help CERT in this clean-tech research that will have meaningful impact on environmental sustainability.鈥

Read more about the team

CERT is led by Ted Sargent, a in U of T鈥檚 department of electrical and computer engineering. The CERT submission builds off previous work using nanoparticle-based catalysts to transform CO鈧 into fuels and feedstocks. Now in the competition鈥檚 second round, the challenge for Sargent鈥檚 team is scaling up the technology in a laboratory environment to see how much CO鈧 can be converted.

鈥淢y team and I are grateful for the support from the province of Ontario,鈥 said Sargent, who also serves as U of T鈥檚 vice-president, international and holds the Canada Research Chair in nanotechnology. 鈥淚鈥檓 very proud of the work by our multidisciplinary team. Their idea for the XPRIZE is truly innovative. 

鈥淭he team is converting CO鈧 by using nanoparticle-based catalysts to produce formic acid, a substance commonly used as a preservative for animal feed and within the textile industry.鈥

福利姬自慰researchers make up one of three teams in Ontario who are semi-finalists. They're qualifying for a total of $2.5 million in provincial funding. The international competition was launched in September 2015 by Canada鈥檚 Oil Sands Innovation Alliance and the XPRIZE non-profit. There are 25 teams remaining in the competition. It wraps up in 2020.

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