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The Canada Foundation for Innovation (CFI) announced support through the earlier this year for research that originated at UPEI鈥檚 Faculty of Sustainable Design Engineering. The f, who is refining techniques to turn low-value biomass into high-value products.

鈥淎doption of the circular bioeconomy approach for the utilization of low-value biomass will create valuable and sustainable bioproducts,鈥� said Dr. Acharya. 鈥淭he support from CFI-JELF will help in developing material and chemical products for application in biopolymer, sustainable agriculture, and waste management.鈥�

Biomass from plant and animal sources has great potential as an abundant, renewable replacement for fossil fuels to produce chemicals, materials, and energy. But biomass has several obstacles (including high moisture and ash content, complex structure, and low density and energy value), which make it challenging to refine into a useable product.

Dr. Acharya鈥檚 proposed research will look to develop a refining process to efficiently convert biomass to high-value products such as biocarbon, bio-stimulants, anti-oxidants, bioplastics, and others. The research would lead to the development of new green businesses in the area of biomass management, processing, and marketing the bioproducts.

While the funding was granted when Dr. Acharya was an associate professor with the Faculty of Sustainable Design Engineering, he has since accepted a post at another institution. However, Synapse has secured funding for a number of related infrastructure projects, valued at approximately $250,000, which will remain with the Faculty of Sustainable Design Engineering at UPEI.

鈥淒r. Acharya is an outstanding researcher with significant potential to advance clean technology solutions that our world needs,鈥� says Dr. Katherine Gottschall-Pass, UPEI's vice-president academic and research.

鈥�69传媒is pleased that Dr. Acharya and the 69传媒Faculty of Sustainable Design Engineering were recognized by the CFI John R. Evans Leaders Fund as well as through other grants to enable the research needed to strengthen the circular bioeconomy through product and process innovations that optimize biomass value over time.鈥�

The CFI鈥檚 JELF program helps universities attract and retain top research talent from around the world by providing researchers with the highly specialized infrastructure they need to be leaders in their field.

鈥淪upport from the Canada Foundation for Innovation ensures researchers are equipped for success at every stage of their career,鈥� said Roseann O鈥橰eilly Runte, the CFI鈥檚 President and CEO. 鈥淭he John R. Evans Leaders Fund helps Canadian universities, institutes, and research hospitals create the conditions necessary for their talented researchers to excel.鈥�