Chemical Oxidation and Reactive Barriers: Remediation of Chlorinated and Recalcitrant Compounds : The Second International Conference on Remediation of Chlorinated and Recalcitrant Compounds m

by Wickramanayake, Godage B.; Wickramanayake, Godage B.; Gavaskar, Arun R.; Chen, Abraham S. C.

• ISBN13: 9781574771008
• ISBN10: 1574771000
• Format: Hardcover
• Copyright: 2000-06-01
• Publisher: Battelle Pr

Table of Contents

Foreword	ix
Treatability Studies and Modeling for In Situ Oxidation with Permanganate
Simulation of Oxidative Treatment of Chlorinated Compounds by Permanganate.	1	(8)
H. Zhang
F.W. Schwartz
Source-Zone Mass Removal Using Permanganate: Expectations and Potential Limitations.	9	(8)
N.R. Thomson
E.D. Hood
L.K. MacKinnon
Phase-Transfer Catalysis on the Oxidation Oxidation of Trichloroethylene by Permanganate.	17	(8)
Y. Seol
F.W. Schwartz
Experimental Study of Oxidation of Pooled NAPL.	25	(8)
S. Reitsma
M. Marshall
Reaction-Enhanced Mass Transfer from NAPL Pools.	33	(8)
S. Reitsma
Q. Dai
Efficiency Problems Related to Permanganate Oxidation Schemes.	41	(8)
X.D. Li
F.W. Schwartz
In-Situ Destructionof Chorinated Solvents with KMnO4 Oxidizes Chromium.	49	(8)
J. Chambers
A. Leavitt
C. Walti
C. G. Schreier
J. Melby
L. Goldstein
Treatability Study---Fate of Chromium During Oxidation of Chlorinated Solvents.	57	(10)
J. Chambers
A. Leavitt
C. Walti
C.G. Schreier
J. Melby
Permanganate Transport and Matrix Interactions in Silty Clay Soils.	67	(8)
A.M. Struse
R.L. Siegrist
Chemical Degradation of TCE DNAPL by Permanganate.	75	(8)
M.A. Urynowicz
R.L. Siegrist
Numerical Simulation of In Situ Chemical Oxidation.	83	(8)
E.D. Hood
N.R. Thomson
Field Application of In Situ Permanganate Oxidation
Design Considerations for In Situ Chemical Oxidation.	91	(10)
D.W. Oberle
D.L. Schroder
A Multisite Field Performance Evaluation of In Situ Chemical Oxidation Using Permanganate.	101	(8)
W.S. Clayton
B.K. Marvin
T. Pac
E. Mott-Smith
A Field Demonstration of Trichloroethylene Oxidation Using Potassium Permanganate.	109	(8)
D.J. McKay
J.A. Stark
B.L. Young
J.W. Govoni
C.M. Berini
T.J. Cronan
A.D. Hewitt
Permanganate Injection for Source Zone Treatment of TCE DNAPL.	117	(8)
M. Moes
C. Peabody
R. Siegrist
M. Urynowicz
In Situ Oxidation of DNAPL Using Permanganate: IDC Cape Canaveral Demonstration.	125	(10)
E. Mott-Smith
W.C. Leonard
R. Lewis
W.S. Clayton
J. Ramirez
R. Brown
Passive Destruction of PCE DNAPL by Potassium Permanganate in a Sandy Aquifer.	135	(10)
M.D. Nelson
B.L. Parker
J.A. Cherry
T. Al
Pilot-Scale Study of In Situ Chemical Oxidation of Trichloroethene with Sodium Permanganate.	145	(8)
K.-C. Huang
P. Chheda
G.E. Hoag
B.A. Woody
G.M. Dobbs
Use of Fenton's Reagent
Full-Scale Soil Remediation of Chlorinated Solvents by In Situ Chemical Oxidation.	153	(8)
R. Levin
E. Kellar
J. Wilson
L. Ware
J. Findley
J. Baehr
Remediation of Chlorinated Compounds by Chemical Oxidation.	161	(8)
D.E. Coons
M.T. Balba
C. Lin
S. Schrocci
A. Weston
In Situ Chemical Oxidation Limited by Site Conditions: A Case Study.	169	(8)
E.P. Roberts
N. Bauer
Chemical Oxidation of PCE at a Dry Cleaner Site.	177	(4)
H.E. Nuttall
V. Rao
S.R. Doppalapudi
W. Lundy
Fenton Oxidation: Bringing Pollutants and Hydroxyl Radicals Together.	181	(6)
M.A. Tarr
M.E. Lindsey
J. Lu
G. Xu
Ozone Microsparging for Rapid MTBE Removal.	187	(8)
W.B. Kerfoot
An Improved Chemical-Assisted Ultrasound Treatment for MTBE.	195	(6)
H.-L. Chang
T.F. Yen
Advanced Oxidation Processes for Destruction of Recalcitrant Compounds
Sonochemical Degradation of Azo Dyes in Aqueous Solution.	201	(8)
H. Destaillats
J.M. Joseph
M.R. Hoffmann
MTBE and Priority Contaminant Treatment with High-Energy Electron Beam Injection.	209	(8)
W.J. Cooper
G. Leslie
P.M. Tornatore
W. Hardison
P.A. Hajali
Chlorine Dioxide Treatment of TCE in Fractured Bedrock.	217	(8)
T.V. Adams
G.J. Smith
G.P. Vierkant
Ozone-Enhanced Remediation of Petroleum Hydrocarbon-Contaminated Soil.	225	(8)
H. Choi
H.N. Lim
J. Kim
Photocatalytic Oxidative Degradation of Acridine Orange Solution with Metalloporphyrins.	233	(8)
J. Gao
X. Jin
Y. Fang
R. Yang
H. Chen
Photolytic and Photocatalytic Oxidation of PCE in the Air.	241	(8)
S.Y.C. Liu
K. Li
D.H. Chen
Transformation of MTBE Over a Solid Acid Catalyst.	249	(8)
S.A. Richards
W.X. Zhang
Innovative Applications of Permeable Barrier Systems
Construction of a Funnel-and-Gate Treatment System for Pesticide-Contaminated Groundwater.	257	(8)
D. Williamson
K. Hoenke
J. Wyatt
A. Davis
J. Anderson
Investigation, Treatability Testing, and Design of a Permeable Reactive-Iron Barrier.	265	(8)
Z.H. Tuta
K.B. Finder
R.M. Yeates
R. Focht
Dual Permeable Reactive Barrier Walls Remediate Chlorinated Hydrocarbon Contamination.	273	(8)
K.J. Goldstein
S. O'Hannesin
S. McDonald
C. Gaule
G.A. Anderson
R. Marsh
M.Senick
Field Demonstration of PRBs to Control Uranium Contamination in Groundwater.	281	(10)
D.L. Naftz
C.C. Fuller
J.A. Davis
M.J. Piana
S.J. Morrison
G.W. Freethey
R.C. Rowland
Hydraulic Fracturing to Improve In Situ Remediation.	291	(8)
W.W. Slack
L.C. Murdoch
T. Meiggs
Field-Scale Test of an Innovative PRB Passive Drain.	299	(8)
T.A. Krug
P. Dollar
T. McAlary
N. Davies
Deep Reactive Barriers for Remediation of VOCs and Heavy Metals.	307	(8)
G. Hocking
S.L. Wells
R.I. Ospina
Funnel-and-Gate at the Former Manufactured Gas Plant Site in Karlsruhe, Germany: Design and Construction.	315	(8)
H. Schad
B. Schulze
Innovative Media for Permeable Barriers
Biotic Attenuation and Zero-Valent Iron Permeable Barrier Technology.	323	(8)
H.A. Sfeir
A. Randall
D. Reinhart
M. Chopra
C. Clausen
C. Geiger
Dechlorination of Chlorohydrocarbons in Groundwater Using Novel Membrane-Supported Pd Catalysts.	331	(8)
K. Mackenzie
R. Kohler
H. Weiss
F.D. Kopinke
RDX Degradation in Combined ZVI-Microbial Systems.	339	(8)
M.J. Wildman
B.T. Oh
A.C. Hawkins
P.J. Alvarez
Barrier Implants for the Accelerated Bioattenuation of TCE.	347	(6)
J.K. Sheldon
K.G. Armstrong
Kinetic and Mechanistic Investigation of Halocarbon Reduction at Iron Cathodes.	353	(8)
T. Li
J. Farrell
Treatment of Heavy Metals Using an Organic Sulfate-Reducing PRB.	361	(8)
R. Ludwig
K. Mounntjoy
R. McGregor;
D. Blowes
Influence of Sediment Reduction on TCE Dechlorination.	369	(8)
J.E. Szecsody
M.D. Williams
J.S. Fruchter
V.R. Vermeul
J.C. Evans
D.S. Sklarew
Long-Term Performance of Permeable Reactive Barriers
Field Results from the Use of a Permeable Reactive Wall.	377	(8)
O. Kiilerich
J.W. Larsen
C. Nielsen
L. Deigaard
Ultrasonic Regeneration of Permeable Treatment Walls: Laboratory/Field Studies.	385	(8)
C.A. Clausen
C.L. Geiger
D.R. Reinhart
N. Ruiz
K. Farrell
P. Toy
N.L. Chan
M. Cannata
S. Burwinkle
J. Quinn
Incorporating Surface Saturation Effects Into Iron Wall Design Calculations.	393	(8)
J.F. Devlin
M. Morkin
C. Repta
Reactive Barrier Performance in a Complex Contaminant and Geochemical Environment.	401	(8)
J.M. Duran
J. Vogan
J.R. Stening
Innovative Construction and Performance Monitoring of a Permeable Reactive Barrier at Dover Air Force Base.	409	(8)
S. W. S. Yoon
A. Gavaskar
B. Sass
N. Gupta
R. Janosy
E. Drescher
L. Cumming
J. Hicks
A. Lightner
Evaluation of the Kansas City Plant Iron Wall.	417	(8)
A.D. Laase
N.E. Korte
J.L. Baker
P. Dieckmann
J.L. Vogan
R.L. Focht
Characterizing a Culture that Dechlorinates TCE with Fe(0).	425	(8)
P.C. Chiu
M. Lee
D.K. Cha
M. Radosevich
E.D. Rhine
Hydrogen Evolution from Zero-Valent Iron in Batch Systems.	433	(8)
C. Bokermann
A. Dahmke
M. Steiof
Author Index	441	(22)
Keyword Index	463