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Formaldehyde |
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Formaldehyde exposure is most common through gas-phase inhalation. However, it
can also occur through liquid-phase skin absorption. Workers may be exposed during direct
production, treatment of materials, and production of resins. Health care professionals;
pathology and histology technicians; and teachers and students who handle preserved
specimens are potentially at high risk. Consumers may receive exposures from building
materials, cosmetics, home furnishings, and textiles. The following references provide
information about the management of occupational exposures to formaldehyde.
Medical Management
Sampling and Analysis
- Formaldehyde. OSHA
Chemical Sampling Information. Provides a summary of physical and chemical
properties, health effects, and sampling and analysis procedures. Sampling Information for
aldehydes in general is
also available.
- Acrolein
and/or Formaldehyde.
OSHA Method 52, (1989, June). Includes validated sampling and analysis method for the determination of formaldehyde in workplace air.
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Manual of Analytical Methods (NMAM). National Institute for Occupational Safety and Health (NIOSH),
(1994, August 15). NIOSH has developed the following methods for the
determination of formaldehyde.
- Formaldehyde: Method 2016. 176 KB
PDF, 7 pages.
- Formaldehyde by GC: Method 2541. 29 KB
PDF, 5 pages.
- Formaldehyde by VIS: Method 3500. 31 KB
PDF, 5 pages.
- Formaldehyde on Dust (Textile or Wood): Method 5700.
30 KB
PDF, 5 pages.
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Sampling
and Analysis. OSHA Safety and Health Topics Page. Provides chemical sampling and analysis information to aid occupational health and safety
professionals to assess workplace contaminants and associated worker exposures.
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