Journal of Occupational and Environmental Hygiene · 2020 · 37 citations · 33 references
PharmacyEnvironmental SciencesToxicologyAir PollutionEnvironmental ToxicologyOccupational ToxicologyAir PollutantsAir QualityChemical Hazard AssessmentChemical SafetyExposure AssessmentFire Risk AssessmentAromatic HydrocarbonsChemical Exposure SafetyChemical Hazard ExposureCombustion EmissionsConcentrationFlame RetardantsPolycyclic Aromatic Hydrocarbons
, respectively. The worst-case estimated daily intakes were only 2% of the reference dose for individual chemicals. Pearson's correlations with chemical concentration for several PAHs, OPFRs, and PBDEs were found between the number of years since fire stations were last renovated, as well as the storage locations of firefighting ensembles. These results suggest chemicals are brought back to fire stations from fire scenes and that they are accumulating in fire stations. They also suggest soiled firefighting ensembles are a source of these chemicals in fire stations and that their proximity to the rest of the station determines the extent to which they contribute to chemical concentrations in fire stations.
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Tom Harner, Mahiba Shoeib, Miriam L. Diamond et al. · Environmental Science & Technology · 2004 · 407 citations
Public Health, Environmental Engineering, Environmental Sciences +17
Robert D. Daniels, Travis L. Kubale, James H. Yiin et al. · Occupational and Environmental Medicine · 2013 · 333 citations · Full text