Department news

Department of Chemical Engineering & Applied Chemistry (ChemE) news

Elizabeth Edwards is the director of BioZone, a professor in the Department of Chemical Engineering & Applied Chemistry and a fellow of the Royal Society of Canada. Her research leverages genomics, microbiology and engineering to clean up contaminated industrial sites around the world. (Credit: Matthew Volpe)

The invisible clean-up crew: Engineering microbial cultures to destroy pollutants

Professor Elizabeth Edwards is leveraging genomics, microbiology and engineering to clean up contaminated industrial sites around the world

Professor Greg Evans (ChemE) is one of ten recipients of a 3M National Teaching Fellowship, a national award for excellence in post-secondary educational leadership (Photo: Johnny Guatto)

Greg Evans receives 3M National Teaching Fellowship

Award is Canada’s most prestigious recognition of excellence in educational leadership and teaching at the post-secondary level

Professor Levente Diosady (centre) and his team developed a way to fortify salt with both iron and iodine. The product is now being distributed to more than 24 million people in India’s Uttar Pradesh state. (Photo: Mark Balson)

Double-fortified salt to improve nutrition for 24 million in Uttar Pradesh

U of T Engineering invention provides a simple, effective way to help people whose diets are lacking in iron

Measurements taken by U of T Engineering researchers show that levels of certain airborne particles can be up to nine times higher in train cars pulled by diesel locomotives than on busy city streets. (Photo: Kevin Hiscott, via <a href="https://www.flickr.com/photos/portway-ave/110344606/" target="_blank">Flickr</a>)

Diesel trains may expose passengers to exhaust

Levels of certain airborne pollutants are up to nine times higher in train cars directly behind diesel locomotives than on busy city streets.

Professor Erin Bobicki researches new methods for extracting valuable minerals that use less energy and water than current methods. Her innovations could also enable the extraction of useful metals from materials previously discarded as waste. (Credit: Kevin Soobrian)

Can microwaves make mining more sustainable?

Professor Erin Bobicki (MSE, ChemE) is developing more sustainable ways of extracting valuable minerals from ore, including material previously discarded as waste.

Heart-lead-image

TBEP and MbD: Engineered smart scaffolds could help repair damaged hearts and muscles

Two multidisciplinary partnerships led by U of T Engineering researchers are developing implantable biomaterials that accelerate injury recovery, from car accidents to heart attacks.

Professor Milica Radici (IBBME, ChemE, left) develops lab-grown human tissues that could be used to test new drugs or repair damaged organs. (Photo: Neil Ta)

New frontiers in health-care innovation

This article originally appeared in the 2016 issue of Skulematters magazine. Interdisciplinary research from U of T Engineering is helping us live longer, healthier lives. These projects from across our Faculty illustrate leading-edge innovations that will improve health care, from planning and prevention to diagnosis and treatment: Optimizing surgical schedules Long wait lists for elective surgeries […]

A pine forest in Finland. Professor Emma Master (ChemE) is collaborating with researchers around the world (including at Aalto University in Helsinki) to create new materials from trees that could replace fossil fuel-derived substances in everyday products, from adhesives to food packaging. (Photo: Emma Master)

Paper, not plastic: Leveraging microbial genes to make greener materials

Professor Emma Master receives grant from Genome Canada’s Large Scale Applied Research Projects program

Dr. Lewis Reis (IBBME PhD 1T6, at left) and Professor Milica Radisic (IBBME, ChemE) used their unique peptide-hydrogel biomaterial to heal chronic wounds up twice as quickly as commercially available products. (Credit: Marit Mitchell).

Skin cells ‘crawl’ together to heal wounds treated with unique hydrogel layer

Research team led by Milica Radisic uses their patented peptide to close non-healing chronic wounds caused by diabetes