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Partitioning of PCB s from air to clothing materials in a Danish apartment
Author(s) -
Morrison G. C.,
Andersen H. V.,
Gunnarsen L.,
Varol D.,
Uhde E.,
Kolarik B.
Publication year - 2018
Publication title -
indoor air
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.387
H-Index - 99
eISSN - 1600-0668
pISSN - 0905-6947
DOI - 10.1111/ina.12411
Subject(s) - polyester , environmental science , contamination , environmental chemistry , viscose , indoor air , pulp and paper industry , waste management , chemistry , environmental engineering , composite material , materials science , engineering , biology , ecology
Polychlorinated biphenyl ( PCB ) contamination of buildings continues to pose an exposure threat, even decades after their application in the form of calks and other building materials. In this research, we investigate the ability of clothing to sorb PCB s from contaminated air and thereby influence exposure. The equilibrium concentration of PCB ‐28 and PCB ‐52 was quantified for nine used clothing fabrics exposed for 56 days to air in a Danish apartment contaminated with PCB s. Fabric materials included pure materials such as cotton and polyester, or blends of polyester, cotton, viscose/rayon, and/or elastane. Air concentrations were fairly stable over the experimental period, with PCB ‐28 ranging from 350 to 430 ng/m 3 and PCB ‐52 ranging from 460 to 550 ng/m 3 . Mass accumulated in fabric ranged from below detection limits to 4.5 mg/g of fabric. Cotton or materials containing elastane sorbed more than polyester materials on a mass basis. Mass‐normalized partition coefficients above detection limits ranged from 10 5.7 to 10 7.0 L/kg. Clothing acts as a reservoir for PCB s that extends dermal exposure, even when outside or in uncontaminated buildings.