The use of fracture network connectivity to characterize rock mass behaviour

Rock engineering has usually relied on fracture intensity to measure how good or bad rock quality is. But this measure does not really capture how fractures in the rock connect and interact with each other, which is important. We propose using a different approach based on fracture connectivity instead. This looks at how fractures are […]

Read More
Devenir des cyanures en milieu anaérobie/anoxique

Le cyanure est l’un des produits chimiques ayant un potentiel toxique élevé pour les organismes vivants selon sa forme et concentration. Il est utilisé dans l’extraction des métaux précieux tels que l’or et l’argent. Les rejets cyanurés qui s’accumulent dans les environnements fermés (anaérobies) peuvent présenter un risque pour la santé humaine et les écosystèmes, […]

Read More
Effect of the interaction of constituents on the properties of filters made from cellulose derivatives

Cellulose derivatives can undergo various chemical reactions, resulting in materials with better processability and broader applicability. For instance, incorporating cationic or anionic functional groups into these materials enhances their solubility. However, when combining different components to create a product or during the processing, understanding the properties of the modified materials is crucial for predicting behavior […]

Read More
Approche empirique à la calibration d’un modèle d’élément finis d’une mine en roche dure sous l’effet d’un comportement viscoplastique

L’exploitation d’une mine souterraine est sujette à d’importantes contraintes: l’espace de travail réduit, la distance parfois très élevé au minerai et le besoin de renforcer ou de supporter le massif rocheux. C’est sur ce dernier point que porte la présente recherche. Le choix d’un support de terrain approprié repose avant tout sur la bonne compréhension […]

Read More
Quantifying seabird distribution in relation to resources development and associated shipping activities in the Arctic

This MITACS and its proposed support of interns is designed to expand an ongoing collaboration that exists between Baffinland Iron Mines Corporation, Environment Canada, aboriginal Wildlife Co-Management Boards, and academic collaborators. Together the group will collectively address several marine wildlife issues using a diversity of innovative research techniques including wildlife tracking devices attached to seabirds, […]

Read More
Modeling and experimental testing of the impedance of oil sands tailings during electrokinetic separation

Tailings produced by oil sands mining operations are a long-term liability. Separation of water from fine solids is a critical operational and environmental challenge for tailings management and reclamation. Current methods have ongoing challenges to meet geotechnical performance criteria, and require expensive processes and movement of very large amounts of fluids and solids. Electrokinetic Solutions […]

Read More
Leak detection technology

The partner organization, Sensyn, is addressing the pressing issue of pipeline leaks in Canada, driven by aging infrastructure. Incidents of leaks have surged in the last decade, leading to environmental harm and significant cleanup expenses. Conventional leak detection systems are struggling to cope, underscoring the urgent need for better solutions. Sensyn’s groundbreaking sensing cable technology, […]

Read More
An Advanced Translucent Housing with Electronic Feedback System for Pump Technology

Toyo Pumps is planning to develop a new generation of pumps with a viewing window in order to evaluate the maintenance timing. However, there are several challenges posed by application of allocating the viewing window that the company product developers must overcome. The University of British Columbia (UBC) has the expertise, equipment, 2D and 3D […]

Read More
Indigenous Clean Fuels Knowledge Transfer Project

The objective of the Indigenous Clean Fuels Knowledge Transfer Project is to increase clean fuels knowledge in Indigenous communities and businesses, and improve the public’s understanding of the measurement, monitoring, verification and data collection strategies for greenhouse gas emission reduction targets and standards used by government, industry and regulatory bodies. Under this project, the Proponents […]

Read More
Coal Derived Humic Products As Novel Adsorbents For Water Remediation

WestMET Group Canada operates four coal mines in Alberta. Humalite, naturally occurring from organic matter decomposition, is produced in large quantities during mining. Humic products from coal wastes may be more suitable than other sources due to high humic content, rawmaterial availability, low cost, application ease, and reduced coal waste accumulation and environmental impact. Westmoreland […]

Read More
RubSys: Turbomachinery Rub System Development

There is an ongoing industry challenge to continuously improve gas turbine engine efficiency, decrease fuel consumption, and reduce emissions. Addressing these concerns involves developing advanced architectures, airfoil features, and innovative materials to improve performance, with a key focus on abradable coatings. These coatings play a crucial role in improving turbomachinery performance by acting as a […]

Read More
Electrodialysis Process for Produced Water Treatment and Purification

Arrowhead is partnering with the SAIT Centre for CERCUTS research group to develop a novel process that takes produced/waste water (PW) for the production of clean, fresh water and hydrogen using new generation Electrodialysis (ED) technology. This proposed research project aims to design, build and test a process skid incorporating a pretreatment system to remove […]

Read More