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Foreword by R. W. Gillham |
v |
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Preface by Genevieve A. Boshoff |
vii |
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1 |
Long-term Performance of PRBs |
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Long-term performance of Fe0-PRBs to treat arsenic and 1,2-DCE(cis) under different geochemical conditions
Ralf Köber, Francesca Giarolli, Markus Ebert & Andreas Dahmke |
3 |
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Remediation of chlorinated aliphatic hydrocarbons in groundwater using Fe0 PRB
Keith C. K. Lai, Irene M. C. Lo & Peter Kjeldsen |
12 |
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Impact of fouling on the long-term hydraulic behaviour of permeable reactive barriers
Lin Li & Craig H. Benson |
23 |
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The first commercial permeable reactive barrier composed of granular iron: hydraulic and chemical performance at 10 years of operation
Scott D. Warner, Bettina L. Longino, Miao Zhang, Peter Bennett, Frank S. Szerdy & Lisa A. Hamilton |
32 |
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2 |
New Developments in PRB Technology |
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Comparison of different multibarrier concepts designed for treatment of groundwater containing mixed pollutants
L. Bastiaens, J. Dries, J. Vos, Q. Simons, M. De Smet & L. Diels |
45 |
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The development and use of permeable reactive barrier technologies and potential future applications in the UK
B. D. Bone, R. C. Harris, J. W. N. Smith, G. A. Boshoff, R. M. Kalin, R. Thurgood & P. Morgan |
52 |
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Cost-effectiveness of in situ treatment of multiple contaminant mixtures in groundwater by means of sequenced units of zero valent iron and granular activated carbon
Michael Finkel & Peter Bayer |
60 |
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Feasibility study of a polymer based diffusion delivery system for ethanol to promote reducing conditions and enhanced bioremediation of contaminated groundwater
Michelle E. Grassi, Bradley M. Patterson, Blair S. Robertson, Greg B. Davis & Allan J. Mckinley |
67 |
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Enhanced microbial degradation of chloroethenes and chloroethanes in a bioscreen
Nanne Hoekstra, Alette Langenhoff, Theo Verheij, Job Dijkhuis & Hans Slenders |
75 |
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Carbon disulphide sources, risks and treatment: an emerging contaminant of environmental concern?
Robert M. Kalin, Philip Myles & Karen McGeough |
82 |
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Nitrate reduction without ammonium release at circum-neutral pH
Seunghak Lee, Kwanghun Lee, Sungsu Rhee, Ahra Lee & Junboum Park |
93 |
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Assessment of different carbon sources and delivery techniques to promote an in situ reactive zone for bioprecipitation of metals in groundwater
Bradley M. Patterson, Yamin Ma, Michelle E. Grassi, Blair S. Robertson, Greg B. Davis, Mark Lipman, Stuart Rhodes, Allan J. Mckinley & Andrew W. Rate |
97 |
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Synthetic zeolites as sorbent material for PRBs at industrially contaminated sites
R. Vignola, G. Grillo, R. Sisto, G. Capotorti, P. Cesti & M. Molinari |
105 |
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Suitability testing of selected wastes and natural substrates for permeable reactive barriers (PRBs)
Janthawan Wantanaphong, Elizabeth Helen Bailey & Sacha Jon Mooney |
110 |
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Remediation of acidic colliery spoil leachate in a hybrid passive treatment system comprising a permeable reactive barrier, ponds and a reedbed (Shilbottle, Northumberland, UK)
Paul L. Younger & Mahmoud Moustafa |
117 |
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3 |
Monitoring of PRBs |
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Performance of multiple gate funnel-and-gate systems in three-dimensional, anisotropic, heterogeneous aquifers
Claudius Bürger & Michael Finkel |
125 |
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Hydrodynamic modelling for coupled free and porous domains while designing permeable reactive barriers
Diganta Bhusan Das |
136 |
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Evaluation of the hydraulic performance of a full-scale permeable reactive barrier by a tracer study
C. K. Lai, Peter Kjeldsen & Irene M. C. Lo |
144 |
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Quantification of the effects of pore clogging in potential PRB substrates using image analysis
Janthawan Wantanaphong, Sacha Jon Mooney & Elizabeth Helen Bailey |
154 |
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Key word index |
161 |
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Author index |
163 |