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Principles
and Practices for Diesel Contaminated Soils, Volume 6
The papers presented in this
volume are intended to help the reader find solutions to the
problems faced at cleanup sites contaminated with diesel
fuel and related hydrocarbons. The increasing trend toward
risk-based approaches has created a multitude of new options
to be considered in determining what cleanup criteria fit
the circumstances at each site. A greater variety of
scientific and engineering information now often have to be
considered than under the old, arbitrary cleanup standard
paradigm.
TABLE OF CONTENTS
Application of a Health-Based
Total Petroleum Hydrocarbon Method at Former U.S. Military
Bases (Elliot A. Sigal, Christine E. Moore, Lois A.
Haighton, Glenn M. Ferguson, Laura C. Mucklow, and Robert F.
Willes)
Four-Year Bioventing
Demonstration Results in Closure of Vadose Zone Soils (John
W. Ratz, Douglas C. Downey, and Peter R. Guest)
Case Study: Interferences
with TPH Analyses of Grab Groundwater Samples (Gary R.
Foote, Dawn A. Zemo, Susan M. Gallardo, Michael J. Grant,
Bradley T. Benson, and James E. Bruya )
Case Study: Recycling
Contaminated Soils into High Stability Asphalt Concrete at a
California Rail Intermodal Facility (M. E. Hardin, Gordon
F. Dickson, and Donald M. Matthews)
Rapid, Low-Cost Cleanup of
Diesel-Contaminated Soil: A Synopsis of Three Successful
Bioventing Applications (David A. Nickerson and James N.
Baker)
TPH Panel Discussion (W.
Weisman, I. Rhodes, D. Nakles, J. Gustafson, J. Tell, D.
Shumaker, and R. Andes)
Comparison of Analytical
Methods for Total Petroleum Hydrocarbons in Soil (Remediation
Technologies, Inc.)
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