They're on the shelves of 2,500 Kroger stores in the United States and 33 Lowe's stores in Canada, and soon will be featured in Home Hardware stores.
|Jill Selby (left) and Amy Thatcher, employees in the Department of Plant Agriculture, hold a biocomposite
flower pot made with U of G technology.
PHOTO: ALEXANDRA SAWATZKY/SPARK
The team included the U of G Catalyst Centre and industry collaborators Competitive Green Technologies and the Myers Industries Lawn and Garden Group.
The resin in the biocomposite pots is made of biofibres from miscanthus grasses but could also come from wood, oat hulls, soybean hulls or spent coffee grounds.
The flower pots exemplify the goal of creating new bioresin compositions that meet or exceed the physical characteristics and price of traditional plastics, says BDDC researcher and engineering professor Manju Misra.
COMPARABLE IN PRICE TO OIL-BASED POTS
"Not only are the biocomposite flower pots comparable to traditional oil-based flower pots in quality and in price, but they also help to reduce carbon dioxide emissions."
Steve De Brabandere, associate director of the Catalyst Centre, which oversees all aspects of the University's activities in intellectual property management and technology commercialization, added that the biocomposite flower pots offer environmental consciousness and affordability.
"They give consumers the option to have a lower carbon footprint without additional costs."
The product was in development for two years, undergoing dozens of trials and revisions to arrive at the ideal resin.
Misra said researchers had to continually modify the composition to achieve consistent melt flow, smell and impact strength similar to that of traditional resins.
SAME MECHANICAL CHARACTERISTICS OF PLASTIC
The flower pots show that it's possible to achieve economic parity and competitive market prices in biocomposite products, while still maintaining the mechanical characteristics of plastic, she says.
"BDDC hopes to continue the trend with the development of bio-composite car components."
BDDC opened in 2008 and its researchers are studying ways to use soy, wheat, corn and other crops to make everything from car parts and furniture to fuel. They also investigate new crops for use in composite materials.
Funding for this project was provided by the Ontario Ministry of Agriculture, Food and Rural Affairs, the Canada Foundation for Innovation, the Natural Sciences and Engineering Research Council, the Hannam Soybean Utilization Fund and Ontario Research Fund, and Research Excellence Round-4 from the Ontario Ministry of Economic Development and Innovation.