The mixed-use complex is included in the phase two of the Armagnac sector development, which takes part of the the Bordeaux Saint-Jean Belcier ZAC (urban development zone). Canopia is designed by Sou Fujimoto Architects and the french practice Laisné Roussel to be environmentally sustainable. Aside from attempting to achieve a "Biosource" certification by using cross-laminated spruce or silver fur timber for the flooring and beams, sustainability is partly achieved by the rooftop gardens, which are connected by raised walkways and allow residents to wander among fruit trees, water reservoirs, and vegetable gardens before hitting the bar/restaurant.
‘What sets this project apart is the proposal for a collection of themed rooftop gardens connected by walkways, particular attention has been paid to delivering quality shared spaces, both on the fringes of the site with the terrace gardens, or at the heart of the development with the green oasis,’ explains the design team.
The themed roof gardens offer a wide range of experiences to the users. Across its separate buildings, a series of walkways connect these themed roof gardens. Offerings vary from an agricultural space with vegetable gardens, fruit trees, compost areas and water reserves; a winter garden; and a terrace with a restaurant and playground. The walkways themselves offer spectacular views of the surrounding hills and the Garonne river.
The wooden frame for the high-rise building was meticulously studied since the tender phase, ensuring that the different technical construction problems were solved. The project uses silver fir and spruce beams and posts. Floors are made from cross-laminated timber, of either silver fir or spruce, using the Mathis ATEX technique for high-rise buildings. Glu-lam timber bars are used in the post-and-beam frame to stabilize the tower. Each building on the site aims for a "Biosourcé" certification. In addition, an H&E A-rating is being sought for the homes, and the offices will have double HQE® BREEAM certification to guarantee their environmental performance.
