OVERVIEW

ENERGY EFFICIENCY

OTHER SUSTAINABILITY FEATURES & MEASURES

DRAWINGS

MORE CASE STUDIES

ABOUT THE 2030 CHALLENGE

 
   
 

Building Type:
Residential / Condominium

Owner:
Ecocité Developments

Location:
Verdun Borough

Montreal, Quebec

Budget: $1,200,000

Completion: 2009

PROJECT TEAM

Architect:

Studio MMA, Atelier d’architecture

Builder:

Constructions Sodero inc.

Developer:

Ecocité Developments

Mechanical/Electrical Engineer:

Pageau Morel

Energy Simulation:

Pageau Morel

Prof. Michel Bernier, P.Eng. (École Polytechnique de Montréal)

Structural Engineer:

Calculatec inc.

Abondance Montréal – Le Soleil

Studio MMA, Atelier d’architecture

OTHER SUSTAINABILITY FEATURES & MEASURES


Products & Materials

FSC-certified construction timber and plywood:
Matériaux Coupal Inc.

VOC-free finishes:
Matériaux Coupal Inc.

Pre-varnished Quebec maple hardwood flooring:
Appalachian Flooring

Low VOC emission paint:
Sico

VOC-free kitchen cabinets:
Avivia

Fly ash concrete:
Pro-Mix Béton Inc.

Gypsum containing + 80% recycled gypsum:
CGC

Soy-based spray polyurethane foam:
Heatlok 240TM

Floor sound insulation system made from recycled wood fibres:
Sono/Max

ecoENERGY triple-glazed windows:
Wilton Aluminium

Shower DWHR pipe:
Power-Pipe

Geothermal heat pumps:
Excel climatisation

Photovoltaic solar panels:
Centennial Solar

Thermal solar panels:
Solensis

Hot water tank:
Giant

Dual-flush toilet:
American Standard



Water Conservation

  • Installation in the basement of a tank that collects rainwater from the roof to supply the low-flow toilets.
  • Use of low-flow plumbing fixtures.

 

Other features

  • An agreement has been reached with Hydro-Québec to inject the surplus power generated by the (PV) solar panels into the grid in summer and draw it out in winter, when consumption exceeds the project’s alternative energy capacity. Over a one-year period, the electricity cost is nil.
  • Construction of the building was guided by the fundamental principles of the health and comfort of the occupants, energy efficiency, renewal energy production, resource conservation and the reduction of environmental impacts.
  • Healthy materials and sustainable, ecologically certified technologies were chosen to minimize the project’s ecological footprint. They were sourced from Quebec manufacturers and obtained from local suppliers whenever possible. In addition, VOC-free materials were used for the interior finishes.
  • A main switch at the exit of each unit is connected to the electrical outlets so that power can be switched off when leaving the unit. This eliminates the phantom loads generated by some electronic devices when plugged in but turned off, which account for a fair amount of electricity use in a conventional residence.
  • Each unit has a naturally ventilated drying cabinet, and a communal high-efficiency dryer is installed in the basement.
  • To re-green the urban area and purify the ambient air, a wall of plant material, vines over the pergola structure and a common planted backyard will enhance the premises and replace one-quarter of the existing paved area on the site. The wall of plant materials on the side of the building in front of the fresh air intake for the units will filter and temper the fresh air supply.
  • By providing each owner with easy-access bicycle storage and partnering with a local farm that supplies organic vegetables, the objective is to encourage people to adopt a lifestyle that is more harmonious with the environment.
  • To build on the local approach and eliminate much of the CO2 produced by transportation, the building’s geographical location promotes travel on foot, bicycle as well as public transit, as there is a metro station nearby. The condominium owners will be invited to register with a car-sharing service.