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Principles
and Practices for Diesel Contaminated Soils, Volume 4
The contents of this volume
principally bear on two major issues in remediation today:
the expanding use of bioremediation techniques, and the
application of risk-based criteria to site cleanup. A number
of the papers included in this volume provide additional
information on the steps required to successfully apply the
technique, including some novel applications and
circumstances of particular relevance to railroad industry
users. In the broader sense, the value of bioremediation is
its role as an economical method in which the hydrocarbon
contaminates are converted by microbial activity into
harmless by products, often without even requiring the
removal of the contaminated soil.
TABLE OF CONTENTS
Characterization of Weathered
Diesel and Bunker Oil in Soil and Groundwater (P. Kuhlmeier
& M.J. Grant)
Delineation of Diesel Fuel
Soil Contamination at a Former Railroad Facility (G.M.
Zemansky & D.R. Boline)
Soil Recycling: From Problem
to Product (B.D. Rice, W. Hise and B.D. Stewart)
Regulatory Permitting for In
Situ Bioremediation Treatment: Case History (M. Martinson,
J. Prieur and G. Jeffries)
Soil Respirometry Used for
Biotreatability Testing of Petroleum Contaminated Soil (W.K.
Gauger, M.M. Roy and J.A. Rehage)
Bioremediation of Diesel Fuel
and Bunker C Fuel Oil at Multiple Railroad Sites (D. F.
Stavaski, L.A. Korner, P. R. Guest and J. W. Meldrum)
Full-Scale Bioventing System
Installed as Part of UST Closure Project Results in Rapid,
Cost-Effective Remediation of Diesel Contaminated Soils (J.N.
Baker, D.A. Nickerson and P. R. Guest)
Biostabilization of Petroleum
Hydrocarbons: Case Studies in Support of Alternative Cleanup
Standards for TPH (J. Lynch and M. Larsen)
Anticipating Risk Assessment
When Designing a Surface Soil Sampling Plan for an Active
Site with Petroleum Contamination (M. W. Weil)
Closure of a Diesel Fuel
Contaminated Site Using the Synthetic Precipitation Leachate
Procedure (R. J. Welsh, C.G. Hull and H.P. Patterson)
A Case Study: Union Pacific
Railroad Emergency Response and Remedial Activities at the
Alameda Creek Derailment Site (G.A. Grimes and M. M.
Fitzgerald)
Ordering
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