Identification of Cost-Effective Recycling Strategies for High-Performance Thermoplastic Prepreg Production Waste

The use of composites in transportation vehicles has been increasing for many years without a proportional response in the commercialization of recycling technologies to deal with this composites waste. Most of the waste generated during manufacturing and end-of-life is currently either landfilled or incinerated. Governments around the world recognize that such practices represent an obstacle […]

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Maximizing the information transfer rate of a textile-based myoelectric interface

The electrical activity of muscles can be recorded from the skin and used to control external devices. Advances in this technology have the potential to allow a broad range of users with disabilities to control assistive technologies. This project will develop a system that uses sensors embedded in garments to measure muscle signals, and artificial […]

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Development of the Next-generation Automated Mobile Recycling System

Mobile recycling, as part of efforts to help reduce the greenhouse emissions, is a novel type of recycling type emerged in recent years. The U-Cycle automated mobile recycling system located in Newfoundland and Labrador is a typical paradigm. This research project focuses on developing methodologies for multiple modules for the next-generation mobile recycling, including mechanism, […]

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Characterizing and Optimizing polyurethane cementitious composite mixtures

In industrial areas like manufacturing units, logistics centers, and warehouses, floors are exposed to heavy traffic along with high mechanical loads and possible chemicals contact. This promotes the use of polymeric cementitious flooring compositions such as epoxy resin-based flooring compositions and polyurethane (PU) cementitious systems. The latter showed outstanding mechanical properties and do not suffer […]

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Textile-based immunosensors for sweat biomarkers: A case study for measuring cortisol

The portable user friendly devices can help us monitor our health status without any need to refer clinics. This capability is good to timely and efficacious medical interventions. This project aimed at realizing this device by making the key component involved in recognizing the biomarkers. We will synthesize the component at first using available inexpensive […]

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Advance Machine Learning for Medical Survival Analysis

In this Mitacs Cluster project, we aim to investigate and improve performance of deep survival models developed by Ortho Biomed Inc., our industrial collaborator. The main objective is to predict clinical outcomes, such as time of death, and the time of organ failure before and after surgery, more accurately and more efficiently. Architecturally, Ortho Biomed […]

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Risk-based evaluation and optimization of friction devices for seismic retrofits of non-ductile building structures in Canada

Canada’s early-designed public buildings (i.e., schools and hospitals) are at significant risk of seismic damage and collapse. The installation of seismic protective devices, such as friction devices designed and manufactured by Quaketek Inc, offers a viable strategy to mitigate the seismic risk of building structures. However, the practical use of friction devices has commonly relied […]

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To promote the environmental stewardship of the aviation industry in the Canadian Prairies: The development of a mobile treatment system for aircraft de-icing fluid waste

The Canadian aviation industry is anxious to recovery from the impact of COVID-19 pandemic. More air traveling requires more extensive application of aircraft de-icing fluid (ADF) to ensure aviation safety in freezing seasons. The major ingredients of ADF include anti-freeze agent (ethylene or propylene glycol), corrosive inhibitors, surfactants, pH buffers, polymers, and dyes. These chemicals […]

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Dealing with the “forever” chemicals: To develop a compact system for the treatment of aqueous film forming foams (AFFF) flush water

The decades of uncontained use of aqueous film forming foams (AFFF) is believed to be one of the main reasons of soil and groundwater per- and poly-fluoroalkyl substances (PFAS) contamination. PFAS are widely considered to be “forever chemicals” because of their extreme inertness in the environment and even water and wastewater treatment systems. Recognizing the […]

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Improving performance of recycled asphalt applications with bitumen and asphaltenes mix

New innovative technology is proposed for Recycled Asphalt Shingles (RAS) to produce cold mix asphalt (CMA) for dust control in unpaved roads. This novel method will design a mix of bitumen/RAS/water emulsions that break in a controlled manner upon field application. The effect of asphaltenes, petroleum solvents, emulsifier type, concentration and properties, and the preparation […]

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Improving the performance of manufacturing processes at GE Bromont by using artificial intelligence and pattern recognition

The products manufactured at GE Bromont go through a series of processes that produce the specific characteristics of each product according to required specifications. The number of these characteristics is very large, and several characteristics are dependent on the others. This reality makes the use of traditional statistical techniques for quality control of products laborious […]

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