Grant: CCI Applied Research and Development Grants

Food waste and plastic waste problem has been aggravated in recent decades and these have been two serious current worldwide waste challenges. Often, both types of waste happen together. Canada throws away 2.3 million tonnes of edible food every year, totaling over $20 billion and producing approximately 56.6 tonnes of greenhouse gas emissions equivalent to carbon dioxide. Genecis Bioindustries Inc. (Genecis) is a biotechnology that converts organic food waste into polyhydroxyalkanoate (PHA) bioplastics and valuable PHA derivatives, contributing to a circular economy. PHA is a safe and alternative to traditional plastics that is naturally produced, biodegradable, and a sustainable polymer made from microorganisms sourced from organic waste materials. The need for sustainable alternatives is increasing in order to mitigate the impact of plastic pollution and preserve the well-being of the planet. To build upon a previously successful collaboration with Lambton College, Genecis is now seeking partnership to commercialize various grades of poly-3-hydroxybutyrate-co-3-hydroxyvalerate (PHBVs). The objective is to develop extrusion and injection molding grade PHBV-based composite formulations for high-end applications, including food and pharmaceutical packaging, cosmetic and skincare product containers, and PHA microspheres for drug delivery. The creation of PHBV-based composite formulations will allow Genecis to expand production, validate innovative products, and create job opportunities by enhancing their production lines and advancing their scientific and technical process. This ressearch initiative ensures stable, reproducible, and robust formulations that meet quality standards and facilitate large-scale commercialization. PHA-based bioplastics align seamlessly with Canada’s objective of minimizing plastic and food waste and present a potential substitute for single and multi-use plastics. The proposed project focuses on upholding manufacturing in Canada and positively impacting the local economy, striving to enhance the sustainability and global reputation of the plastic industry. The social impact relates to health, offering a safe alternative for both humans and the environment when compared to conventional plastics. The anticipated economic growth involves the creation of biodegradable composite materials for various plastic resin applications, fostering sustainable development, job creation and revenue increase.