Without doubt, hydrogen will be a significant component of future worldwide energy supply. The main issue that hampers the use of hydrogen is related to its storage and transportation which currently uses costly high pressure or very low temperature to transport and store hydrogen. Therefore, there is an urgent need to provide a safe, efficient, […]

En 2010, au Québec, 73 % des terrains recensés par le Système de gestion des terrains contaminés (Système GTC), affichent une contamination de nature organique (Hébert et Bernard, 2013) Actuellement, les techniques de dégradation chimique et/ou biologique sont largement utilisés dans l’industrie, mais les résultats sont souvent décevants pour les hydrocarbures les plus lourds (Bunker […]

Product lifecycle management has always been promising. But achieving fully connected data, people, and processes may seem daunting for most SMEs. Spiri Robotics is a vibrant company with strong software engineering roots. They run distributed, remote operation in parallel in several North American cities using state-of-the-art versioning, testing and deployment tools for their code. However, […]

This project aims to design sustainable new microsystems to power data monitoring buoys that can provide a sustainable power source using the ocean waves dynamics. The proposed project will result in significant advances in three long-standing challenges in energy harvesters-based micro devices powering the data monitoring buoys using the ocean waves. These include low frequencies […]

Early childhood educators are a crucial element of children’s early learning and child care experiences. The state of their well-being is known to influence the quality of care and influence retention/turnover within the field. The early childhood education field in Nova Scotia has experienced considerable changes over the last few years, with the implementation of […]

Reducing greenhouse gas emissions, particularly carbon dioxide, is a major scientific concern to tackle climate change. One promising method is to convert CO2 into fuels via electrochemical CO2 reduction (ECR). Nonetheless, several challenges remain before this technology can be scaled up and commercialized, including achieving a high selectivity, current density (i.e., reaction rate), and long-term […]

Polyurethanes are an important class of synthetic polymers with widespread applications in consumer products. The origins of most of these products are derived from petrochemicals, and these traditional polymers are non-degradable and have limited recyclable potential. There is a need in this industry to endorses the practice of conserving resources, minimizing the environmental, health impacts […]

The Probiotics and Mental Health Research Lab in the Psychology Department at Acadia University is currently involved in exciting and innovative research examining the benefits that probiotics (a type of beneficial bacteria found in the human digestive tract as well as in certain foods) may provide to individuals living with psychological conditions such as anxiety, […]

This project aims to apply machine learning in the context of potato farming. By analyzing many previous spectrometer scans of potato plant leaves, models will be developed that can estimate the amount of nutrients in a potato plant based on a single scan. The models produced by this project will help offer a more scalable […]

Probiotics could help prevent or treat metabolic-related conditions such as dyslipidemia or Type 2 Diabetes. Combination of probiotics with prebiotic fibers could potentiate the positive effect of these treatments. Our hypothesis is that probiotic strains, coupled with brown algae prebiotic fibers, may hold potential for modulating lipid metabolism, which might represent an interesting avenue for […]

Rising river temperatures, partly driven by land-use and climate warming, threaten the future of Fraser River salmon. It is vital that fisheries managers acquire tools that will aid their understanding of how rising river temperatures will impact salmon in the Fraser River. With my industry partner, I will build a novel mathematical temperature model for […]

This proposed project will investigate potential modes of action of novel plant biostimulants on tomato plants. This will include changes in the plant growth rates and potential plant gene activation as it relates to the biostimulant treatment. It will also investigate changes in the microorganism profile in the root zone of biostimulant treated plants. In […]