Multifunctional Real Estate Project in Pointe de Longueuil
Multifunctional Real Estate Project in Pointe de Longueuil
Residential
Cultural
Institutional
Our teams have been involved in the multifunctional real estate project at Pointe de Longueuil for several years, supporting the Canada Lands Company (CLC) in the redevelopment of this site.
Whether through environmental characterization studies, the assessment of climate change–related risks, support in the deployment of sustainable infrastructure, or recommendations on the sustainable development feasibility of energy-efficient solutions aimed at achieving carbon neutrality, we are proud to contribute to this development, which prioritizes infrastructure resilience and long-term sustainability.
The CLC plans to build the multifunctional real estate project at Pointe de Longueuil on an approximate area of 238,780 m². This project will take shape at the strategic intersection of Autoroute René-Lévesque and Boulevard Taschereau, along the shores of the Saint Lawrence River in Longueuil.
The site includes five distinct parcels on which a total of five buildings were constructed, two of which have since been dismantled. Various commercial, institutional, and recreational activities currently take place on the site.
Support during the pre-project phase
One of the mandates consisted of conducting an ecological characterization of the Pointe de Longueuil site as part of the real estate development project for the sector.
It includes environmental services such as the delineation and characterization of wetlands and water environments, floristic and faunal surveys (avian, herpetofaunal, and ichthyofaunal), as well as the identification of invasive exotic species and species with a precarious conservation status.
Climate change study
This mandate involves producing a climate change study report for Pointe de Longueuil, including an assessment of the integration of sustainable energy systems.
The study aims to analyze the energy profile in order to identify relevant programs and certifications that support the ecological transition. It proposes innovative, energy-efficient, and economically viable solutions to reduce the carbon footprint and establish a roadmap toward carbon neutrality. As part of this feasibility study, the integration of an energy transfer loop was also examined.
Environmental and geotechnical studies
gbi and a partner were mandated by the Canada Lands Company (CLC) to carry out environmental and geotechnical studies on the Pointe-de-Longueuil property. The objective is to specify the data required for the design of structures and for the cost assessment related to excavation and the management of excavated materials.
Sustainable development is at the heart of the project, particularly through the recovery of materials and the responsible management of waste to promote their reuse.
