Design Buy Build Issue 18 2016 | Page 74

The materials were deliberately kept to a minimum of three. Stone is everywhere on the ground and gives the effect that the basins were entirely excavated into rock. IPE was used due to its resistance to harsh weather and low maintenance. It covers all the containers to soften their impact and to remove the industrial aspect that is intrinsic to them. The roofs were all cladded with white painted steel panels, bringing back that a light industrial touch to the composition. The idea behind the green roofs was to integrate the project into its environment and minimize heat gain. Although synthetic turf was laid temporarily, the impact of the green platforms views from the top of the boat is impressive and brings some discretion that piques our curiosity. Everything was prefabricated in a factory, disassembled and reassembled on site. Over the mechanical room, the roof becomes a waterfall that drops directly into the pool. The Bota Bota Gardens also feature a radiant heated flooring system that provides access all year long. This pioneering geothermal radiant system is powered by recovering energy from the waste water from the boat added to Credits Name of the project: Bota Bota Gardens Localisation: Montreal old port, Montreal, Quebec, Canada Client: Bota Bota (Daniel Émond et Geneviève Émond) Architecture : MU Architecture (Jean-Sébastien Herr, Charles Côté, Matthew Schmid, Sabrina Charbonneau) Photos : Fany Ducharme Consultants : Bota Bota :David Trinque, Shella-Eve Simard GLT+, Project Managers: Jasmin Martel, Simon Poirier Kanco Steel Structure : Daniel Gouin Girard-Hébert, Swimming pool engineer: Pierre Girard For more information: www.architecture-mu.com water from the St. Lawrence River. A highly engineered geothermal system creates ice with the energy transferred from the waste water. The energy created in the process is used to heat water that runs in the radiant floors and heats up the different basins. A major challenge was indeed to cover all these ducts, tanks and machinery so as to present a surface arc