Department of Chemistry, University of Toronto
U of T Chemistry News

U of T team awarded major funding for greenhouse gas project

May 4, 2018
by Dan Haves

Professor Geoff Ozin and the Solar Fuels Team at the University of Toronto have been awarded close to $1 million from the Low Carbon Innovation Fund (LCIF) to translate their greenhouse gas research to scale.

Reza Moridi, Ontario’s Minister of Research, Innovation and Science made the announcement at the Ontario Centres of Excellence Discovery conference on May 1.

Ozin and his team are working to mitigate climate change by transforming waste products into valuable commodities and industrial feedstocks. He calls this technology G2F, or Greenhouse Gases to Fuels.

“Hydrocarbons from fossil fuels remain major feedstocks in the manufacture of a variety of crucial chemicals, polymers, pharmaceuticals and materials and therefore cannot be replaced easily,” says Ozin, a professor in U of T’s department of chemistry.

"In this project, we propose a technology capable of recycling CO2, either from the atmosphere or from concentrated industrial sources, into value-added chemicals and fuels.”

Ontario’s Low Carbon Innovation Fund will help researchers, entrepreneurs and companies create and bring to market innovative low-carbon technologies.

Moridi says that LCIF initiatives like Ozin’s, “will help us fight climate change while preparing industries to thrive in a competitive, low-carbon economy.”

Ozin is excited to begin work on the Greenhouse Gases to Fuels project, commenting “working with the Low Carbon Innovation Fund, we intend to demonstrate that our G2F technology is an effective approach to making Ontario both environmentally sustainable and economically successful."

Ozin and his Solar Fuels Team are also one of six finalists in the Ontario's Solutions 2030 Challenge - a global call for innovators to propose solutions that could help Ontario industry reduce greenhouse gas pollution.

Read more about G2F and Ozin’s research on the U of T Solar Fuels Cluster research page and at nanowizard.info.