Sick building syndrome

Random samples of the workforces of an air conditioned and naturally ventilated building were interviewed using a doctor administered questionnaire. Large and statistically significant excesses of work-related nasal symptoms, irritation of the eyes, dry throat, headache, dry skin andlethargy were detected in the air conditioned building compared to the naturally ventilated building. In the air conditioned building, over 36% of those interviewed were suffering from a single symptom and few workers were symptom free.

Factors influencing formaldehyde levels in manufactured housing

A matched pair of identical mobile homes, one supplied with electric heating and cooking utilities and the other with propane gas utilities, were used to evaluate, over a 14-month period, various factors which may affect indoor formaldehyde c

Humidity problems in buildings Problemes d'humidite dans les batiments

Treats the causes of deterioration in buildings, thermal bridges, the indoor climate, data for the design and execution of buildings and living conditions in rooms. Section headings are The formation of moulds, Humidity in buildings, The temperature factor, tau, as a criterion of the thermal quality of thestructural elements, Conditions of occupation of buildings, Thermal bridges, Natural ventilation of buildings, Conclusions, Advice.

Spicewood office park. A case study in passive solar office design. Austin, Texas

The above new building is described. Main features of this building are shade from trees, south windows catch the breeze in summer and insolation in the winter, insulated foundations, roof and wall insulation, solar collectors toprovide all hot water heating and 75% of space heating, thermally massive walls to stabilise temperature, various natural ventilation and air conditioning options, and storm windows. Energy consumption details are given.

Domestic ventilation - an international comparison Beluftung von Wohneinheiten im internationalen Vergleich

Compares in tables international requirements for housing regarding ventilation requirements of the entire dwelling, plus kitchen, bathrooms and W.C.s, living rooms and bedrooms. Discusses them. Examines the efficiency of ventilation openings and the requirements made on them. Discusses air flow through a house and the effect of wind forces. Notes how effective pressure difference is affected by the distribution of joints and air leaks.

Pollution, air change in dwellings, natural ventilation Schadstoffanfall, Luftwechsel in Wohnungen, freie Luftung

Examines the most important sources of indoor air pollution in dwellings. These include pollutants introduced with the outside air, pollutants generated by human activity, emissions from building materials, furnishings, cleaning and polishing materials and disinfectants. Notes the importance of keeping formaldehyde and carbon dioxide down to safe levels. Discusses the consequences for the minimum room air change rate.

Air quality measurements in low leakage houses

Results of air quality measurements are presented for a group of low-leakage houses located in Saskatoon, Saskatchewan. A total of 46 houses were tested for formaldehyde, nitrogen dioxide, radon, and humidity levels. The median level of formalde

Natural infiltration - tracer gas test Infiltration naturelle - test au gaz traceur

Provides the results of tests into tracer gas concentration decay carried out in 15 Belgian apartments (Concours CHT) in 1982 to determine the rates of air infiltration. The tests formed part of a research programme which included pressurisation

Project Report. Field testing of wind cooling effects on Navy buildings

Wind pressures on three Navy buildings at the Kanehoe Marine Corp Air Station, Hawaii were measured. Indoor and outdoor variables were also measured including temperature, dry bulb, wet bulb, relative humidity, wind speed, and wind direction. Pressure measurements were carried out using Validyne DP103 pressure transducers, and a static pressure probe. Natural ventilation is estimated 1. by combining window areas and pressure coefficients with wind speed and 2. using the LBL infiltration model.