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Air quality monitoring data could help lower emissions during Superfund cleanups

Journal Article · · Hazmat World; (United States)
OSTI ID:7043260
 [1]
  1. URS Consultants Inc., Denver, CO (United States)
Many Superfund projects include extensive air quality monitoring efforts. However, even when large volumes of air quality and meteorological data are collected, they often are used mainly for documentation, rather than as interactive tools to protect the public. This need not be so. If remedial actions were designed to include routine data evaluations and contingency plans to reduce emissions when action levels are exceeded, air quality monitoring could help minimize public exposure to hazardous air pollutants (HAPs) during cleanups. This article describes ambient air quality and meteorological monitoring programs conducted by URS Consultants Inc. (Denver) at the Sand Creek Industrial Superfund site in Commerce City, Colo., and the Vertac Chemical Co. Superfund site in Jacksonville, Ark. The Sand Creek project includes structure demolition, excavation and removal of soils and demolition debris, soil-vapor extraction of HAPs, and soil thermal treatment to remove pesticides and other hazardous organics. A rotary-kiln incinerator is used on the Vertac project to destroy solvents, pesticides, and other dioxin- and furan-contaminated materials.
OSTI ID:
7043260
Journal Information:
Hazmat World; (United States), Journal Name: Hazmat World; (United States) Vol. 7:5; ISSN HMWOED; ISSN 0898-5685
Country of Publication:
United States
Language:
English