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
Description
Contents
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.
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