Nonaqueous Phase Liquids : Remediation of Chlorinated and Recalcitrant Compounds (C1-2)

Title: Nonaqueous Phase Liquids : Remediation of Chlorinated and Recalcitrant Compounds (C1-2)
Author: Godage B.; Hinchee, Robert E., Wickramanayake
ISBN: 1574770578 / 9781574770575
Format: Hard Cover
Pages: 256
Publisher: Battelle Press
Year: 1998
Availability: In Stock

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Nonaqueous phase liquids, especially DNAPLs, are among the most challenging contaminants facing environmental remediation professionals. Difficult to detect and stubborn to remove, DNAPLs are a problem at thousands of contaminated sites worldwide. Nonaqueous Phase Liquids: Remediation of Chlorinated and Recalcitrant Compounds brings together the latest research and field studies to present a systematic overview of the current state of the art in DNAPL recovery systems, simulation of DNAPL multiphase flow and transport, DNAPL movement and subsurface behavior, fractured media, and NAPL remediation.

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Foreword

Section 1 : Fractured Media
Chapter 1 : Remediation of Multi-Component PCB Containing DNAPL Reservoirs in Fractured Rock
Chapter 2 : Evaluating SVE of Chlorinated Compounds from a Landfill in Fractured Limestone
Chapter 3 : Displacement of DNAPLs from Fractured Media Using Steam Injection
Chapter 4 : Probability-Based Model for Estimating DNAPL Distribution in Fractured Bedrock
Chapter 5 : Effects of Column Height on DNAPL Behavior in Fractured Geologic Media

Section 2 : DNAPL Movement
Chapter 6 : Containment of Downward Migration of DNAPLs During Steam-Enhanced Extraction
Chapter 7 : DNAPL Infiltration and Distribution in Subsurface : 2-D Experiment and Modeling Approach
Chapter 8 : Flow by Vibration in Porous Media Due to Pressure-Dependent Permeability

Section 3 : DNAPL Behavior
Chapter 9 : Simplified Lab-Scale Experiments to Quantify DNAPL Dissolution in Heterogeneous Systems
Chapter 10 : Aqueous Concentration Ratios to Estimate Mass of Multi-Component NAPL Residual
Chapter 11 : Thermodynamic and Hydrodynamic Behavior of Water and DNAPLs During Heating
Chapter 12 : Phase Density Difference Reversal During Horizontal Cosolvent Flooding of Tetrachloroethylene
Chapter 13 : Time-Dependent Interfacial Property Effects on DNAPL Flow and Distribution

Section 4 : Simulation of DNAPL Multiphase Flow and Transport
Chapter 14 : Modeling Dissolution of LNAPLs Migrating on the Water Table
Chapter 15 : Numerical Modeling of Multicomponent Cosolvent Flooding for DNAPL Remediation
Chapter 16 : Simulation of the Surfactant-Enhanced Solubilization of PCE in Bench-Scale Laboratory Studies
Chapter 17 : The Arnoldi-Finite Element Method for Solving Transport of Reacting Solutes in Porous Media
Chapter 18 : Scale Effects in Multiphase Flow Modeling

Section 5 : Characterization of Source Zones
Chapter 19 : Single-Well DNAPL Characterization Using Alcohol Injection/Extraction
Chapter 20 : Modeling Mass Transport Effects in Partitioning Interwell Tracer Tests
Chapter 21 : Detection Limit Effects on Interpretation of NAPL Partitioning Tracer Tests
Chapter 22 : Use of Fluorophore/DNAPL Mixtures to Detect DNAPLs In Situ
Chapter 23 : Radon-222 as a Tracer for Quantifying and Monitoring NAPL Remediation
Chapter 24 : Characterization of a DNAPL Source Zone with Partitioning Interwell Tracer Tests
Chapter 25 : Creosote and Coal-Tar DNAPL Characterization in Fraser River Sands
Chapter 26 : 3-D Seismic Reflection Surveys for Direct Detection of DNAPL

Section 6 : DNAPL Recovery Systems
Chapter 27 : Case Study : DNAPL Remediation Alternatives Evaluation Yields Surprising Results
Chapter 28 : Remediation of a Confined Drinking Water Aquifer Using UV/Oxidation
Chapter 29 : Addressing a Wide Range of DNAPL Occurrences at a Manufacturing Facility
Chapter 30 : Recovery of Trichloroethylene from a Bench-Scale Aquifer by Density Manipulations
Chapter 31 : Design, Construction, and Initial Operation of the Source Recovery System (SRS)

NAPL Remediation
Chapter 32 : Thermally Enhanced Remediation at DNAPL Sites : The Competition Between Downward Mobilization and Upward Volatilization
Chapter 33 : Field Method for the Feasibility Assessment of Surfactant-Enhanced DNAPL Remediation
Chapter 34 : Field Study of LNAPL Remediation by In Situ Cosolvent Flooding
Chapter 35 : Field Demonstration of Thermally Enhanced Extraction for DNAPL Source Removal
Chapter 36 : Behavior of Reactive Organic Compounds in Mixed Convective Systems

Author Index
Keyword Index