Expertise in twin-screw extrusion for developing high-value, textured vegan and hypoallergenic products. Combines food process engineering, food chemistry, sensory science, and packaging to optimize plant-based protein formulations for snacks, meat analogues, and special dietary needs including dysphagia and celiac-friendly products.
This offering leverages advanced twin-screw extrusion technology combined with deep expertise in food chemistry, process engineering, sensory evaluation, and packaging to develop functionally textured vegan and hypoallergenic products. The team addresses growing consumer demand for plant-based alternatives by optimizing ingredient combinations of proteins, carbohydrates, fats, and structure-forming hydrocolloids. Applications span nutrient-dense snacks, meat analogues, and specialized products for individuals with dietary restrictions such as celiac disease and dysphagia.
The approach integrates two extrusion pathways: moderate temperature-shear extrusion for structured products with finish drying or freezing, and low moisture high temperature extrusion similar to cereal snack manufacturing. This dual-stream capability enables tailored texture and functionality outcomes across diverse product categories.
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The team has a demonstrated track record of successfully formulating industrially important extruded products across multiple categories. Validated work includes nutrient-dense snacks, special needs products for celiac and dysphagia patients, allergen reduction strategies, plant protein functionality evaluation, and nanoencapsulation systems. The researchers have served as consultants to the food industry and have recently focused on vegan and hypoallergenic product development. Current research continues to advance need-based formulation and product development, with ongoing optimization of extrusion processes for improved functionality and sensory quality of finished products. The combined expertise and established facilities position this offering at a mature development stage ready for collaborative partnerships and industry application.
McGill University is a comprehensive public research university in Montréal, Québec, known for an international community and a research‑intensive culture. Faculty and industry collaborate through shared core facilities and co‑located labs across downtown and hospital sites, with integration into a major hospital system enabling clinical research and translation. Proximity to Montréal’s established industry clusters and a vibrant innovation district give companies access to talent, pilots, and testbeds. Research is supported by Canada’s Tri‑Agency and the Canada Foundation for Innovation, alongside provincial and philanthropic sources. A dedicated technology transfer office streamlines contracting and IP, supports licensing and sponsored research, and connects partners to startups and entrepreneurship resources.