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Simple Analytical Method for Acrylamide in the Workplace Air Adsorbed by Charcoal Tube
Analytical Science and Technology / Analytical Science and Technology, (P)1225-0163; (E)2288-8985
1998, v.11 no.2, pp.139-144
Yang,
J., Lee,
M., Park,
I., &
Kang,
S.
(1998). Simple Analytical Method for Acrylamide in the Workplace Air Adsorbed by Charcoal Tube. Analytical Science and Technology, 11(2), 139-144.
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Abstract
For the ambient monitoring of acrylamide, the adequate condition of sampling and analysis was checked. The adequate adsorbents and desorption solvents were tested. The combination of charcoal tube as a adsorbent and acetone as a desorption solvent showed 87% desorption efficiency. Flame ionization detector was used to detect acrylamide. The detection limit was 0.814 mg acrylamide in 1 L acetone. It is the equivalent concentration of 0.0203 mg acrylamide in <TEX>$1m^3$</TEX> air if the volume of air collected was 40L. The permissible exposure level (PEL) of acrylamide in the workplace air recommended by Occupational Safety and Health Administration (OSHA, USA) is 0.3 mg acrylamide in <TEX>$1m^3$</TEX> air. So, it is very simple and economic analytical method for acrylamide to be set in the industrial hygiene laboratories.
- keywords
- AcryIamide, Ambient monitoring, Occupational exposure
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