The risk management for indoor air pollution caused by formaldehyde in housing

Author:

Azuma K.,Uchiyama I.,Ikeda K.

Abstract

PurposeIn order to clarify the determining features of approaches adopted in policies for regulating indoor air pollution, this paper analyzes case studies of the approaches taken, in four countries, to risk management of indoor air pollution caused by formaldehyde in housing.Design/methodology/approachWe pursued case studies to provide historical perspectives on early warnings and actions taken in relation to suspected health hazards from exposure to formaldehyde, in Germany, the USA, Canada and Japan. Many investigations of indoor air pollution caused by formaldehyde in housing have been conducted, and regulations established, in these countries. We reviewed the vast quantity of literature and documents relating to governmental and/or industrial actions and of research on indoor air quality produced in the past 40 years, and compared the approaches adopted.FindingsThe study identified the differing character of the approaches adopted in policies for the regulation of indoor air pollution, in order to clarify the range of actions that may be taken in response to reported risk from indoor air pollutants and describe possible risk management models for indoor air pollution.Practical implicationsUnderstanding of the nature of approaches already adopted will help to preserve good indoor air quality and minimize health hazards due to indoor air pollution.Originality/valueThis paper identifies a range of actions that have been taken in response to suspected risk from indoor air pollutants, through the analysis of its case studies.

Publisher

Emerald

Subject

Building and Construction,Architecture,Human Factors and Ergonomics

Reference35 articles.

1. AIHA (1968), “Community air quality guides, aldehydes”, American Industrial Hygiene Association Journal, Vol. 29, pp. 404‐512.

2. Ando, M. (1997), “Health science studies in 1997”, Study for Crisis Management of Chemicals, pp. 82‐7 (in Japanese).

3. Azuma, K., Uchiyama, I. and Ikeda, K. (2004), “The regulation for indoor air pollution: a public health perspective”, Proceedings of the 2nd WHO International Housing and Health Symposium, Vilnius, Lithuania, September 29‐October 29, pp. 551‐63.

4. Burdach, S.T. and Wechselberg, K. (1980), “Impairment of health school. Symptoms caused by the use of formaldehydes emitting materials in school buildings”, Fortschrette Der Medizin, Vol. 98 No. 11, pp. 377‐412.

5. California Environmental Protection Agency, Air Resources Board (2004), Formaldehyde in the Home, Indoor Air Quality Guideline No. 1, August.

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