Retrofitting for air infiltration. Sanierungsplanungsmethoden hinsichtlich des Luftaustausches.

Retrofitting for air infiltration is undertaken for two principal reasons, to provide greater comfort and to save energy. Qualitative and quantitative measurement of air penetration is an essential prerequisite for planning anefficient retrofit for air infiltration. Describes methods of measurement with two examples of single family houses in sheltered and exposed locations.

Indoor air quality field survey strategies

Indoor air quality sampling strategies and analytical techniques have changed significantly in the past ten years. The changes reflect both the shifts in study objectives and the development of new forms of instrumentation. Toillustrate these trends, this paper describes early field techniques for measuring indoor air quality using a heavily instrumented mobile laboratory that is suitable for measuring one building intensively for up to four weeks.The style of measurement now is complemented by large field survey projects using passive samplers as the dominant instrumentation.

The super-insulated retrofit book. A homeowner's guide to energy-efficient renovation.

A survey of retrofitting possibilities for the amateur. Air infiltration, air quality, insulation and heat flow are described simply. Detailed examples are given of retrofitted houses. Various products available in Canada are listed. Concentrates on vapour barrier details and external retrofits and refers mainly to timber-framed houses.

Pressurization testing, infiltration reduction and energy savings.

Pressurisation measurements were taken on 55 single family houses immediately before and after house tightening carried out as part of the Modular Retrofit Experiment (MRE) in New Jersey and New York. The data was reduced according totwo pres

Energy efficient windows. A key to energy performance.

A table is given which compares the performance, construction and function of the various types of window treatment. Aspects covered include sun control, thermal insulation, infiltration barrier, security and privacy, control by static, movab

Predicting indoor air pollution levels

Describes methods of predicting concentration levels of indoor air pollution in a variety of residences by using residence air infiltration rates, residence volumes, and source terms, and by making assumptions about occupant lifestyle and poll

Indoor air quality in Canada

The use of urea formaldehyde resins in Canadian houses, the mechanism of formaldehyde releases, health effects, toxicity, carginogenicity, allergic reactions and standards for ventilation are discussed.

Assessment of additional exposures and risks from airtightening of homes in an Alpine area with high radon emanation

In large areas of the Swiss Alps, the high radium content of rocks and soil, which results in high source terms for radon from the ground, may produce considerable indoor levels of radon in dwellings with low air infiltration. During the winter

A prospective study of the health and comfort changes among tenants after retrofitting of their flats

The prospective study included two groups, a study group, which had retrofitting of their flats, and a control group not exposed to environmental changes in their homes. The results clearly demonstrated a number of positive effects of the replac

Thermotechnical modernisation of the Limmatstrasse housing development, Zurich. Warmetechnische Sanierung der Wohnkolonie Limmatstrasse, Zurich.

Describes the housing development comprising 224 apartments in three courtyards built in 1908. Provides a detailed description of the thermal modernisation measures and their monitoring from 1974 to 1982, permitting the systematic observation of the situation before, during and after modernisation. The present report concentrates on the measurements carried out from June 1980 to the end of May 1982. Four of the apartment buildings each containing 10 apartments were treated as test buildings with experimental energy conserving installations and constructional measures.

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