Elsevier

Building and Environment

Volume 33, Issue 6, November 1998, Pages 357-374
Building and Environment

A review of the emission of VOCs from polymeric materials used in buildings

https://doi.org/10.1016/S0360-1323(97)00055-3Get rights and content

Abstract

Building and furnishing materials and consumers products are important sources of formaldehyde and other volatile organic compounds (VOCs) in the indoor environment. The emission from materials is usually continuous and may last for many years in a building. The available evidence indicates that VOCs can cause adverse health effects to the building occupants and may contribute to symptoms of ‘Sick Building Syndrome’.

Control of VOC emission should increasingly become an important consideration for the design and manufacture of polymeric materials used in buildings. The EC Construction Products Directive ‘Essential Requirements’ set a framework for limiting the use of materials that could pose a health risk to building occupants. Furthermore, the on-going development of voluntary labelling schemes and data bases of material emissions that could be used by building designers, should further strengthen the demand for ‘low VOC emitting’ products.

This paper reviews available information about the emission of VOCs from polymeric building materials, the level of emissions in the indoor environment and the requirements for testing of the materials.

References (64)

  • D Schmidt-Etkins

    Ceilings/Walls and IAQ: Health Impacts, Prevention and Mitigation

  • D Schmidt-Etkins

    Floor Coverings and IAQ: Health Impacts, Prevention and Mitigation

  • VM Brown et al.

    Investigations of the volatile organic compound content of indoor air in homes with an odorous damp proof membrane. Indoor Air 90

  • R Berry et al.

    Indoor Air Quality in Homes—Part 1 Building Research Establishment Study

  • US Environmental Protection Agency (EPA)

    Report to Congress on Indoor Air Quality Vol II, Assessment and Control of Indoor Air Pollution

    Report No EPA 400/1-89-001C

    (1989)
  • C Yu et al.

    The Indoor Air Concentration and the Emission of VOCs and Formaldehyde from Materials Installed in BRE Low Energy Test Houses

    Indoor and Built Environment

    (1997)
  • VM Brown et al.

    Long term Diffusive Sampling of Volatile Organic Compounds in Indoor Air

    Environmental Technology

    (1993)
  • VM Brown et al.

    Measurement of Volatile Organic Compounds in Indoor Air by a Passive Technique

    Environmental Technology

    (1992)
  • M De Bortoli et al.

    Emission of formaldehyde, vinyl chloride, VOCs and plasticisers from different wall coating materials

  • A Vedel et al.

    Phthalate esters in the indoor environment

  • S Sollinger et al.

    Determination of Organic Emissions from Textile Floor Coverings

  • T Tirkkhonen et al.

    Volatile organic compounds (VOC) emission from some building and furnishing materials

  • CWF Yu et al.

    CFC-free thermal insulation foam. Cellular Polymers III

  • B Jensen et al.

    Characterisation of linoleum. Part 1: Measurement of Volatile Organic Compounds by use of the field and laboratory emission cell called Flec

  • H Rothweiler et al.

    Emissions of Degradation Products of Building Materials in the Indoor Environment—Case Studies

  • L Mølhave et al.

    The Danish Twin Apartment Study Part II: Mathematical Modelling of the Relative Strength of Sources of Indoor Air Pollution

    Indoor Air

    (1996)
  • L Mølhave

    Volatile organic compounds, indoor air quality and health

    Indoor Air

    (1991)
  • B Seifert

    Regulating indoor air

  • VM Brown et al.

    Indoor Air Assessments in the U.K. carried out by the Building Research Establishment Advisory Service

  • VM Brown et al.

    The use of diffusive samplers to investigate occupant complaints about poor indoor air quality

  • V Brown et al.

    The Use of Chamber Methods to Measure the Emission of Volatile Organic Compounds from Building and Consumer Products

  • CEC European Concerted Action, Indoor Air Quality and its Impacts on Man, COST Project 613, Report No. 8

  • Cited by (0)

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