Sustainability Report
Embodied carbon
Low Carbon
Developed in collaboration with Latéral's structural engineers, the innovative reciprocal frame extends the library's wooden structure’s lifespan while offering the flexibility to adapt the building’s layout over time. This includes the potential for complete, planned deconstruction and the reuse of the wood structure. As a result, the project minimizes the intrinsic carbon footprint over time, in alignment with the vision of reducing greenhouse gas emissions of the construction process by repurposing and reusing existing materials. The Mont-Laurier Library stands as a prime example of sustainable development in Quebec and Canada, demonstrating how architecture can foster ecological responsibility in how we think, build, and inhabit our communities.
Afterlife
Adaptive Reuse and Flexible Design Considerations
Developed in collaboration with Latéral's structural engineers, the innovative reciprocal frame extends the library's wooden structure’s lifespan while offering the flexibility to adapt the building’s layout over time. This includes the potential for complete, planned deconstruction and the reuse of the wood structure. As a result, the project minimizes the intrinsic carbon footprint over time, in alignment with the vision of reducing greenhouse gas emissions of the construction process by repurposing and reusing existing materials. The Mont-Laurier Library stands as a prime example of sustainable development in Quebec and Canada, demonstrating how architecture can foster ecological responsibility in how we think, build, and inhabit our communities.
Focusing on efficiency, the project integrates acoustic, IT, lighting, and fire safety systems within an elevated floor and the wooden structural framework. This strategy, developed in partnership with Pageau Morel, enhances the aesthetic experience of the space and allows the possibility of a reconfiguration of the building's technical systems. Additionally, a displacement ventilation system has been designed and integrated into the floor to ensure high-quality air circulation, providing superior comfort for users.
The Mont-Laurier Library project has also received significant support from the Ministère des Ressources naturelles et des Forêts, de la Faune et des Parcs through a grant from the Wood Construction Innovation Program.
Disassemblable Elements for Circular Economy
Developed in collaboration with Latéral's structural engineers, the innovative reciprocal frame extends the library's wooden structure’s lifespan while offering the flexibility to adapt the building’s layout over time. This includes the potential for complete, planned deconstruction and the reuse of the wood structure.