Commercialization

Showcasing the success of Partnership programs and research

Cutlery developed with Alliance support will reduce plastic, CO2 emissions

Cutlery and stir sticks made from coffee waste material and biopolymers in a certified industrially compostable biocomposite resin recently created by researchers in U of G’s Bioproducts Discovery and Development Centre (BDDC).

Longtime BDDC collaborator Competitive Green Technologies (CGTech) based in Leamington, Ont., licensed the formulation to make a compostable, commercially viable resin.  

Ontario Agri-Tech Pitch Competition: An extension of the Gryphon's LAAIR program

Register to watch the Ontario Agri-tech Pitch Competition online on March 24

The Research Innovation Office at the University of Guelph is excited to announce the Ontario Agri-Tech Pitch Competition in collaboration with the Ontario Ministry of Agriculture, Food & Rural Affairs.

By uniting farmers, academics, agri-tech entrepreneurs and investors, this event will raise awareness about the problems worth solving and showcase investible companies.

Join us online to watch as the next generation of new Ontario-based agri-tech start-up companies battle it out to be best in class.

Gryphon statue on the U of G campus

Introducing the 2021 Gryphon’s LAAIR grant recipients

Since 2014, the Gryphon’s LAAIR (Leading to the Accelerated Adoption of Innovative Research) program has offered researchers who identify market potential in their agri-food inventions an opportunity to understand how their ideas can contribute to Ontario’s $37 billion agri-food industry.

Return to the LAAIR campaign image noting date: May 19, 2021 and time: 1 p.m. EDT

Gryphon's LAAIR Innovation Showcase and Pitch Competition returns May 19

The University of Guelph's Research Innovation Office will highlight innovative companies that had their genesis in the Gryphon's LAAIR (Leading to the Accelerated Adoption of Innovative Research) program. On May 19, a team of international judges will decide which contestant will win $10,000, and starting at noon on Friday, May 15, everyone will have a chance to vote for the People’s Choice Award – worth $2,500. Voting will close at 12:59 p.m. EDT on May 19.

Researchers with Compression Moulder

Toward greater sustainability: Bioengineering researchers are converting food waste into compostable packaging

Canada’s ever-growing population is accumulating food waste—currently, more than half of the food produced in Canada ends up in the garbage.

A research team at the University of Guelph is finding ways to convert food waste into compostable packaging through bioengineering.

Prof. Manjusri Misra, School of Engineering, and her research team are searching for ways to use non-food biomass and innovative production processes to create sustainable packaging.

Unique nutrient medium offers unparalleled support for apple tree growth.

Big plans for micropropagation

Efforts to replace agriculture and food imports with homegrown products are arising in even the most specialized market segments, such as micropropagated trees.

Micropropagation uses small parts of plants instead of stem or root cuttings, allowing more trees to be grown faster. This innovation is important—demand for apple root stocks and varieties is predicted to reach more than two million plants per year for at least the next decade.

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