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The Conserval Perforated Plate Solarwall is a metal solar collector designed to provide preheated ventilation (make-up) air for buildings. The system is intended primarily for industrial applications, but also has potential for commercial and multiresidential buildings with large south-facing walls. In 1991, a 420 m2 Solarwall was erected at the General Motors of Canada Battery Plant in Oshawa, Ontario. This installation reduced energy costs in several ways: by capturing solar energy, by reducing heat loss through the south-facing wall of the building, and by destratifying indoor air.

Validated instruments are not available to assess the residential characteristics. The aim of this study was to assess the reliability and validity of an interviewer-administered home visit report. The validity of 48 items in the Home Visit Report was examined against: observations made by a researcher, measurements of relative humidity, cat allergen, and ergosterol, a biomarker of fungal exposure and a biochemical test. Test-retest reliability of 10 fixed residential characteristics was assessed comparing the responses obtained in the main study with the pilot study.

Developed by Conserval Engineering of Toronto, Canada, the Solarwall™ is a solar system for heating ventilation air for buildings. The Solarwall looks like conventional metal cladding, but performs like a solar panel.Matrix Energy Inc. of Montreal, in partnership with Conserval, installed the Solarwall system at Bombardier's Canadair facility in Montreal, Quebec. The installation paid for itself in energy savings in just 1.7 years, and allowed the company to stop using fossil fuels, with their associated emissions.

Five classrooms, air-conditioned or naturally ventilated, at five different schools were chosen for comparison of indoorand outdoor air quality. Temperature, relative humidity (RH), carbon dioxide (C02), sulphur dioxide (S02), nitric oxide (NO), nitrogen dioxide (N02), particulate matter with diameter less than 10 μm (PM10), formaldehyde (HCHO), and total bacteria counts were monitored at indoor and outdoor locations simultaneously. Respirable particulate matter was found to be the worst among parameters measured in this study.

The Sapporo Factory is a large-scale commercial building complex in the heart of snowy Hokkaido. The complex has a large barrel-roof glass atrium with a comfortable indoor environment, which is maintained by making the most of cool outdoor air in summer and sunshine in winter. The atrium also provides a bright indoor space, which is never covered with snow, even in winter. Any snow falling on the glass roof is removed using the natural characteristics of snowfall.

To investigate the physical process of particle deposition on and resuspension from surfaces in animal buildings, a test facility and a sampling method is established. The influences of surface orientation and air turbulence and velocity just as other parameters on the dust load on a surface are analysed. It is found that the surface orientation is the parameter which influences the dust load most. The dust load is highest on the floor but some dust is also sampled on the walls and the ceiling.