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Sesoil in
Environmental Fate and Risk Modeling
TABLE OF CONTENTS
PART ONE
1. Introduction
2. Background on Soil Fate
Modeling
3. Fate Processes and
Chemistry
4. Modeling Fate in the
Terrestrial Compartment
5. Modeling Fate in Other
Compartments
6. Human and Ecological Risk
Assessments
7. SESOIL Evolution and
Theory
PART TWO
8. Overview of Selected SESOIL Applications and Confidence
in Model Performance (Marc Bonazountas and Despina
Kallidromitou)
9. Available Remedial
Technologies for Petroleum Contaminated Soils (Lynne Preslo,
Michael Miller, Wendell Suyuma, Mary McLearn, Paul Kostecki,
and Edwin Fleisher)
10. Using SESOIL To Predict
Groundwater Concentrations of Petroleum Hydrocarbons
(Michael Sullivan, Samer El- Sururi, Michael D. Sohn, and S.
Ruth Custance)
11. Enhanced SESOIL Data
Evaluation and Presentation Capabilities (Robert A.
Schneiker)
12. Latin Hypercube Sampling
with the SESOIL Model (David M. Hetrick, Robert J. Luxmoore,
and M. Lynn Tharp)
13. Use of SESOIL to Estimate
Worker Health Risk in an Office Building above a Former UST
Site (Amy M. Dietz, Mark H. Naugle, and Kathleen J. Yost)
14. Evaluation of Diesel in
Soil and Groundwater Using Environmental Fate and Transport
Modeling: A SESOIL Case Study (Michael J. Sullivan, Tina M.
Deseran, Michael D. Sohn, S. Ruth Custance, Samer El-Sururi,
and Jill Ryer- Powder)
15. The American Petroleum
Institute's Decision Support System for Risk and Exposure
Assessment (Roger E. Claff)
16. Calculation of Soil
Cleanup Criteria for Volatile Organic Compounds as
Controlled by the Soil-to-Groundwater Pathway: Comparison of
Four Unsaturated Soil Zone Leaching Models (Paul F. Sanders)
17. Transport Model Parameter
Sensitivity for Soil Cleanup Level Determinations Using
SESOIL and AT123D in the Context of the California Leaking
Underground Fuel Tank Field Manual (Joseph E. Odencrantz,
John M. Farr, and Charles E. Robinson)
18. SESOIL as Part of a
Mathematical Model for Multimedia Health Risk Assessment (Elpida
Constantinou and Christian Seigneur)
19. Qualitative Validation of
Pollutant Transport Components of an Unsaturated Soil Zone
Model (SESOIL) (D.M. Hetrick, C.C Travis, S.K. Leonard, and
R.S. Kinerson)
20. RISKPRO's SESOIL for
Windows, Soil Cleanup Level Modeling Methodology (SCL2M),
and a Case Study on Soil Cleanup Evaluation (Yin Wu, and
John Thomas)
21. EIS/GWM-SESOIL: An
Integrated Automated Computer Platform for Risk-Based
Remediation of Hazardous Waste Contamination (Basile Dendrou
and Stergios Dendrou)
22. Development of Generic
Soil Cleanup Levels for the State of Oregon (Michael R.
Anderson)
23. Fate and Transport
Modeling of Diesel Fuel Contamination in the Vadose Zone via
SESOIL (John A. Menatti, Donn L. Marrin, and Anderson M.
Donan)
24. Innovative Approach
Proposed for Evaluating Risks Due to Soil Contamination: A
Case Study of the Portsmouth Uranium Enrichment Plant (Atul
Pandey, David M. Hetrick, and Aladdin Khan)
25. Use of SESOIL to Develop
Tier 1 Soil Action Levels for Groundwater Protection
Concerns: Hawaii's Experience (Roger D. Brewer )
26. Fate and Transport
Modeling Study of Woodpole Preservatives (Stephen A.
Trojanczyk, Al Kenderes, Jeffrey E. Banikowski, and
Swiatoslav W. Kaczmar)
27. Development of
Remediation Endpoints for Gasoline in Soils and Groundwater
Using Risk Assessment, Transport and Dispersion Models
(Kenneth Thomas, S. Ruth Custance and Michael J. Sullivan)
28. Developing
Chemical-Specific, Risk-Based Soil Cleanup Guidelines
Results in Timely and Cost-Effective Remediation (John F.
Liptak and George Lombardo)
Ordering
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