In a context where environmental issues are more than ever at the heart of priorities, the City of Quebec has undertaken the construction of its Biomethanization Center, an innovative infrastructure designed to transform organic residues and municipal sludge into sustainable resources. Located in the Limoilou district, this center plays a key role in reducing landfill waste and producing biogas, which is valorized under an agreement with the renewable natural gas distributor Énergir. With its capacity to process 182,600 tonnes of organic matter per year, the center also contributes to the production of a natural fertilizer while reducing greenhouse gas emissions, reinforcing the city’s commitment to sustainable development.
As part of this project, our team was commissioned to ensure the quality control of the materials used, in particular aggregates, cement concrete and bituminous concrete. We also provided our expertise in geotechnics and building envelope design, to guarantee the conformity of materials and the durability of the infrastructure. The result is a high-quality facility that meets both technical and environmental requirements, and is ready to play a key role in the city’s sustainable waste management.
Driven by our values of technical excellence, proximity to clients and entrepreneurial spirit, we are more than ever determined to be a company that is useful to the world and to people, and that contributes to have a positive impact on the environment and society.
© 2025 Artelia Canada all rights reserved.
In order to provide the best experiences, we use technologies such as cookies to store and/or access device information. These technologies enable us to process data such as browsing behavior or unique identifiers on this site. To find out more about the processing and storage of data collected, please consult our privacy policy >
You may freely give, refuse or withdraw your consent at any time by modifying _preference panel / _cookie settings. Refusal or withdrawal of consent may alter certain features and functions.