A summary of recent advances

Glazing considerations such as window area, elevation and orientation, thermal performance and solar shading to optimize natural daylighting and passive solar heat gain are very important to the envelope performance and energy consumption of buildings [1]. [BC Cancer Agency Research Centre, IBI Group and Henriquez Partners Architects, Photo: Nic Lehoux]

by Hugh Perry

Many of Canada’s commercial buildings were built over 40 years ago when there were few, if any, worries about energy performance and environmental responsibility. In an era of cheap and abundant energy, heating and cooling loads were of little concern; buildings were often clad entirely in glass with no differentiation between facades having different orientations. (more…)

Niagara Regional Headquarters

The new building creates an urban street presence at a suburban intersection.

The tight budget and schedule requirements of a Design Build contract, combined with the sustainable agenda of a LEED® municipal client set this project apart from others of similar scope and scale. The four-storey office building is an extension to the existing Thorold City Hall, and consolidates operational services for the Niagara Region. (more…)

A Sustainable Campus

The north elevation. By using passive solar design, indigenous materials, geothermal energy, enhanced air quality, energy and water efficiency, and sustainable landscape design, the project stands for the idea that resources are finite and that building design should respond to this fact. The College conducts tours for students, professionals, and the community to explain the sustainable features of the building

Library/classroom building combines sustainable architectural and landscape practices

The goal of Langara College is to create a sustainable campus that demonstrates environmental responsibility and stewardship for the student body and the community. (more…)

Best Practice Embraces Efficiency and Innovation Including daylight harvesting

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