Title of article :
Derivation of risk based wipe surface screening levels for industrial scenarios
Author/Authors :
Lisa M.May a، نويسنده , , *، نويسنده , , Bonnie Gaborekb، نويسنده , , Tony Pitratb، نويسنده , , Laura Petersb، نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2002
Pages :
16
From page :
65
To page :
80
Abstract :
The environmental characterization of building interiors and other surfaces has generally been performed with wipe-sampling because it is a non-destructive technique.Ther e is no consensus, however, as to the interpretation of the results of wipe-sampling.Specifically , there is not a standardized method to determine if chemicals found at sampled levels pose a threat to human health.A methodology was developed, based on acceptable health risk levels, to derive screening levels for evaluating wipe-sampling results pertaining to industrial scenarios.The methodology was based on the United States Environmental Protection Agency (USEPA) Region IX Preliminary Remediation Goal (PRG) approach; a multi-exposure methodology commonly used for evaluating soil concentrations.PRGs are the USEPA determined health based goals for soil preliminary remediation efforts.Pr obabilistic techniques were used to conduct a sensitivity analysis of the methodology to determine which variables drive the ultimate screening levels. Discrete values were then selected based on standard industrial scenarios common to the US Army.The wipe surface screening levels reported are for use as preliminary guidelines which help to determine whether further sampling or cleanup are necessary.The levels are not meant as cleanup or compliance criteria.
Keywords :
Monte Carlo simulation , Construction screening levels , Explosives , Chemical exposure , Nitroglycerin , Chemical riskassessment , uncertainty analysis , Multi-exposure , RDX , Contact hazards , HMX , Probabilistic risk assessment , surfaces , Wipe-sampling , risk assessment , dermal exposure , Dermal contact , Screening levels , Health risk , Risklevels , Sensitivity analysis , Industrial screening levels , PRG
Journal title :
Science of the Total Environment
Serial Year :
2002
Journal title :
Science of the Total Environment
Record number :
983098
Link To Document :
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