LL 24: Passive Cooling

Passive Cooling

LL 23: Sustainability

Sustainability
#NO 11788 Indoor air quality and the use of energy in buildings.
Baldwin R (ed.)
Luxembourg: Office for Official Publications of the European Communities, 1996, EUR 16367 - European collaborative action 'Indoor air quality and its impact on man': Indoor Air Quality and the Use of Energy in Buildings, Environment and quality of life series, 68 pp, 3 figs, 7 tabs, ISBN 92 827 6347 1.

LL 22: Moisture and Condensation Problems in Buildings

Moisture and Condensation Problems in Buildings

LL 21: Displacement Ventilation Strategies

Displacement Ventilation Strategies
#NO 2125 Ventilation systems in residential buildings: requirements to the design of systems and equipment.
AUTHOR Meyringer V
BIBINF Proceedings of the CLIMA 2000 World Congress on Heating, Ventilating and Air-Conditioning, Copenhagen, 25-30 August 1985. Edited by P O Fanger. Vol 6. Heating, ventilating and air-conditioning systems. p287-293. 6 figs, 7 refs. #DATE 00:08:1985 in English

Definitions covering ventilation and the flow of air into and out of a space include:

Purpose provided (intentional) ventilation: Ventilation is the process by which ‘clean’ air (normally outdoor air) is intentionally provided to a space and stale air is removed. This may be accomplished by either natural or mechanical means.

LL 20: Computational fluid dynamics for analysis of room air flow

Computational fluid dynamics for analysis of room air flow
#NO 11494 Detailed Experimental Data of Room Airflow with Displacement Ventilation
Chen Q, Yuan X, Hu Y, Glicksman L R, Yang X
Sweden, Stockholm, KTH Building Services Engineering, 1998, proceedings of Roomvent 98: 6th International Conference on Air Distribution in Rooms, held June 14-17 1998 in Stockholm, Sweden, edited by Elisabeth Mundt and Tor-Goran Malmstrom, Volume 1, pp 133-140.

This is the uncontrolled flow of air into a space through adventitious or unintentional gaps and cracks in the building envelope. The corresponding loss of air from an enclosed space is termed 'exfiltration'. The rate of air infiltration is dependent on the porosity of the building shell and the magnitude of the natural driving forces of wind and temperature.

Too often it falls upon ventilation to accomplish tasks for which it is not appropriate. The prime role of ventilation is to dilute and remove pollutants from unavoidable sources. In essence these are those generated by occupants themselves and by their essential activities. All other pollutants should be controlled by elimination or source containment. Some pollutants are chemically reactive, adsorbed on to surfaces, or have emission characteristics which are stimulated by the ventilation process itself.

LL 19: Location of Exhausts and Inlets

Location of Exhausts and Inlets
#NO 17 The effect of wind on energy consumption in buildings.
AUTHOR Arens E.A. Williams P.B.
BIBINF Energy & Bldgs. May 1977, 1, (1), 77-84, 7 figs, 13 refs. #DATE 01:05:1977 in English

The quantity of ventilation needed depends on the amount and nature of pollutant present in a space. In practice an enclosed space will contain many different pollutants.

Pages