Assessment and Optimization of Chemical Extraction of Critical Metals from Li-ion Batteries (LIB) Waste

The proposed research project aims to explore a cost-effective and eco-friendly method for recycling lithium-ion batteries (LIBs) used in electric devices and electric vehicles. Lithium, cobalt, nickel, and copper, which are considered critical metals, are present in LIBs, and they are essential to the operation of electric vehicles and devices. After their lifetime, these batteries […]

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Valorization of agriculture biomass for high-value bioproducts

Agricultural biomass (such as wheat, flax, hemp straw, cereal straws) could be a low-cost feedstock for the production of valuable bioproducts. This will require fractionation of different components of biomass and the conversion of the fractionated components into various bioproducts. The intern will work on optimizing the fractionation process and characterization of bioproducts with an […]

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Energy flexibility of residential buildings using electric heat storage

This project proposes to model the energy environment of a typical Canadian multi-dwelling building and to develop a mechanism for optimized management of the energy consumed under different operating conditions. The model will allow to simulate the energy needs during winter periods and to quantify the flexibility potentials. It will also explore management modes by […]

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Rubber crumb-reinforced silicone elastomers

Even at end of life, automotive rubber is a very resilient product as shown by the difficulty in recycling/reusing rubber tires. Based on a technology to dissolve rubber tires developed in our lab, this project will seek to use “less chemistry” to create siliconized rubber crumb from used tires. The original quality of the automotive […]

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BSI-SMU – Chef and customer onboarding optimization

Easy Platter is looking to scale nationally. For which, we need to meet 2 primary objectives: 1) Build a chef onboarding platform that enables chefs across Canada to sign up 2) Optimize the customer journey by creating stickiness on the platform This project is key for Easy Platter as we move from a NS based […]

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Developing a safe, low-cost anode free solid-state battery with improved energy density, and longer cycle life

Solid-state lithium metal batteries (SSLBs) are considered the “holy grail” of battery chemistry because of their high capacity and energy density and will remain the dominating technology for the foreseeable future. However, lithium-metal anodes may trigger dendrites growth at high current, which reduces their cycle life, and safety, making SSLBs more challenging to commercialize. Also, […]

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Détection radar des mouvements humains en présence d’artéfacts environnementaux

Ce projet vise à mettre au point de nouvelles méthodes d’intelligence artificielle pour améliorer la détection de chutes à l’aide d’un radar. L’utilisation d’un radar permet la détection de chutes dans un domicile tout en protégeant la vie privée des personnes grâce à l’absence de prise d’image et ne nécessite aucun capteur porté. Cela permet […]

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Commercialization of Exro Technologies’ VIEG Technology

The aim of the internship is to develop strategies for commercialization of radical, generic technologies developed by Exro in the area of clean technology. They have developed and patented. a variable input electrical generator that could be very efficiently used in producing electricity for undetermined electricity generation levels from clean tech sources like wind turbine […]

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Optimization of plant sources grinding process and their food applications

In recent years, plant-based food products, such as plant-based beverages, ice-cream, and yogurt, have been much admired by health and environment conscious consumers due to their sustainability and health benefits. This industrial collaborative project aims to optimize grinding processing to treat plant proteins of different sources to achieve sufficient particle size reduction, while avoiding the […]

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New Membrane Technology for Clean Drinking Water

Pharmaceuticals are considered intractable and easily transported into the water system. As a result, wastewater treatment plants (WWTPs) are unsuccessful in completely removing these contaminants. The successful removal of these pharmaceuticals depends on the removal and purification technologies that are being used and the physiochemical properties exhibited by these pharmaceuticals. Recent research from Canada concludes […]

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