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Locating ventilation inlets to reduce ingress of external pollutants into buildings A new methodology

By: Contributor(s): Language: English Series: BRE Information Paper ; (9/14)Publication details: Watford BRE 2014Description: 16p. ill. 30cmISBN:
  • 9781848063754
Subject(s): LOC classification:
  • 333.72 $2 18
Summary: This information paper focuses on use of Pollutant Ingress Index to develop more effective ventilation of buildings. Effective ventilation of buildings to provide optimum indoor air quality relies on good outdoor air quality in the locality of the building. However, in practice, outdoor air is often contaminated by pollutants from external sources. A new methodology giving a Pollutant Ingress Index has been developed to identify the areas of a building where pollutant ingress is most likely to occur and to determine the relative magnitude of this ingress. Application of the methodology will assist with optimum placement of building ventilation inlets, carrying out more effective air quality assessments in relation to indoor air quality, and developing strategies to protect building occupants from toxic contaminants releases.
Holdings
Item type Current library Call number Copy number Status Barcode
Book London BRE publications BRE (Browse shelf(Opens below)) 1 Available 30075251

This information paper focuses on use of Pollutant Ingress Index to develop more effective ventilation of buildings. Effective ventilation of buildings to provide optimum indoor air quality relies on good outdoor air quality in the locality of the building. However, in practice, outdoor air is often contaminated by pollutants from external sources. A new methodology giving a Pollutant Ingress Index has been developed to identify the areas of a building where pollutant ingress is most likely to occur and to determine the relative magnitude of this ingress. Application of the methodology will assist with optimum placement of building ventilation inlets, carrying out more effective air quality assessments in relation to indoor air quality, and developing strategies to protect building occupants from toxic contaminants releases.

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