Biochar blended clay bricks: an innovative solution for landfill waste

BC’s CleanBC Roadmap to 2030 has introduced new actions to address climate change and achieve a net-zero economy by 2050. Based on the current state of climate emergency, the development of effective and financially viable carbon removal projects is paramount. Biochar has a promising negative emissions technology that promotes atmospheric carbon capture and sequestration. The […]

Read More
Modélisation hygrothermique de l’enveloppe du bâtiment en bois/torchis

La nécessité de réduire la consommation d’énergie pour le chauffage et la climatisation suscite un regain d’intérêt pour les matériaux géosourcés dans la construction des bâtiments modernes. Ces matériaux offrent de nombreux avantages en termes d’adaptation au changement climatique et de réduction des émissions de CO2 des matériaux de construction. La terre en tant que […]

Read More
Pea protein de-flavouring by ultrasound cavitation

The global demand for protein is increasing at a rapid pace. Certainly, the animal-based proteins alone will not be able to respond to the anticipated rise in demand. Among various sources, plant-based proteins have been identified as the most reliable option. However, they carry an undesirable taste or odor. The aim of this project is […]

Read More
Power Tower Wind Turbine Innovation Project: Phase II

QVRRDF is installing a small vertical-axis wind turbine in Pippy Park, on the grounds of the Fluvarium. The installation of a small wind turbine for use in an urban area requires careful planning and engineering knowledge to complete successfully. The proposed project will address each of these factors by involving key stakeholders, performing a detailed […]

Read More
Resource Allocation in Integrated Terrestrial and Non-terrestrial Networks

Due to increasing demands for novel services, advancements in non-terrestrial networks (NTNs) are seen as an effective solution to complement terrestrial networks (TNs) in under-served areas. However, the high mobility of new users, e.g., autonomous cars, in addition to that of NTN platforms, will cause extreme signal fluctuations. The latter will lead to radio link […]

Read More
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 […]

Read More
Anisotropie des aluminiums extrudés

Dans le cadre d’un projet sur l’extrusion, un besoin de documentation des propriétés mécaniques de profilés est présenté par le LOPFA et pourrait intéresser un élève d’école d’ingénieur en stage. Dans le cadre de ce stage, l’étudiant devra caractériser l’anisotropie de profilés extrudés en alliages d’aluminium (AA6063 et 6082). Pour se faire, il faudra réaliser […]

Read More
3D Printing of Affordable Housing for Remote Communities in Canada

Rural homelessness in Canada is still an ongoing problem that the country is trying to address. Most of Canada’s indigenous families in remote communities are living in substandard housing that needs major repairs. 3D printing of cementitious material to digitally construct building structures has already gained considerable attention from both the public and private sectors. […]

Read More
Accélération du temps de simulation d’un jumeau numérique de broyeur semi-autogène à l’aide de l’intelligence artificielle

Le broyeur semi-autogène (SAG) est le broyeur primaire le plus commun dans les usines minéralurgiques en raison de son faible coût en capital. Bien que très performants, les broyeurs SAG sont souvent opérés de manière sous-optimale (manquant quelques points de pourcentage de capacité), car il est impossible de voir ce qui se passe à l’intérieur […]

Read More