ASCE 9780784408940 2007
$65.54
Remediation Technologies for Soils and Groundwater
Published By | Publication Date | Number of Pages |
ASCE | 2007 | 458 |
This report provides a comprehensive and thorough overview of conventional engineered processes and technologies used for the remediation of contaminated sites.
PDF Catalog
PDF Pages | PDF Title |
---|---|
6 | Contents |
10 | Chapter 1 Introduction 1.1 Background |
11 | 1.2 Development and Use of Effective Remediation Technologies |
12 | 1.3 Types of Remediation Technologies for Soils and Groundwater |
14 | Chapter 2 Fundamental Processes 2.1 Introduction 2.2 Solute Transport in Porous Media |
21 | 2.3 Physicochemical Processes |
33 | 2.4 Biological Processes |
53 | 2.5 Conclusion |
56 | Chapter 3 Physical Treatment Technologies 3.1 Introduction 3.2 Free Product Recovery |
60 | 3.3 Pump-and-Treat |
64 | 3.4 Soil Vapor Extraction |
68 | 3.5 Air Sparging |
71 | 3.6 Groundwater Circulation Wells |
75 | 3.7 Multi-Phase Extraction |
79 | 3.8 Induced Fracturing |
82 | 3.9 Soil Heating |
85 | 3.10 Conclusion |
88 | Chapter 4 Chemical Treatment Technologies 4.1 Introduction 4.2 Precipitation |
92 | 4.3 Chemical Oxidation and Reduction |
103 | 4.4 Stabilization/Solidification |
109 | 4.5 Adsorption and Ion Exchange |
114 | 4.6 Electrochemical Processes |
119 | 4.7 Chemical Leaching and Solvent Extraction |
124 | 4.8 Soil Flushing |
132 | 4.9 Soil Washing |
135 | 4.10 Conclusion |
142 | Chapter 5 Redox and Precipitation Technologies 5.1 Introduction |
143 | 5.2 Redox Reaction |
150 | 5.3 Definition – Precipitation |
154 | 5.4 Contaminants Amenable to Redox Processes and Precipitation |
172 | 5.5 Redox and Precipitation in Natural Systems |
175 | 5.6 Conclusion |
185 | Chapter 6 Chemical Reactive Barriers 6.1 Introduction |
186 | 6.2 Mechanisms of Groundwater Remediation by PRBs |
193 | 6.3 Geochemical and Hydraulic Behaviors of PRBs |
199 | 6.4 Conclusion |
208 | Chapter 7 Biodegradation 7.1 Introduction |
210 | 7.2 Definitions |
211 | 7.3 Degradation Pathways and Mechanisms |
220 | 7.4 Rates and Transformation |
222 | 7.5 Case Studies |
226 | 7.6 Conclusion |
232 | Chapter 8 Bioremediation with Bacteria and Enzymes 8.1 Introduction |
233 | 8.2 Biosparging |
241 | 8.3 Bioventing |
244 | 8.4 Biostimulation |
246 | 8.5 Bioaugmentation |
248 | 8.6 Anaerobic Biotransformation |
250 | 8.7 Aerobic Biotransformation |
251 | 8.8 Biological Fixation |
253 | 8.9 Enzyme-Catalyzed Treatment |
255 | 8.10 Biological Reactors |
256 | 8.11 Monitored Natural Attenuation |
260 | 8.12 Conclusion |
268 | Chapter 9 Bioremediation with Fungi 9.1 Introduction |
269 | 9.2 Saprotrophic Fungal Processes |
283 | 9.3 Mycorrhizal Fungal Processes |
289 | 9.4 Conclusion |
299 | Chapter 10 Phytoremediation 10.1 Introduction |
300 | 10.2 Elements of Phytoremediation |
311 | 10.3 Phytoremediation Applications |
326 | 10.4 Phytoremediation of Inorganic Contaminants |
341 | 10.5 Phytoremediation of Organic Contaminants |
351 | 10.6 Design Considerations |
353 | 10.7 Potential and Limits of Phytoremediation Technologies |
357 | 10.8 Conclusion |
362 | Chapter 11 Metal Removal 11.1 Introduction |
363 | 11.2 Metal Contaminants in Soil and Groundwater |
367 | 11.3 Regulations Concerning Metal Contamination |
368 | 11.4 Treatability of Soils Contaminated with Heavy Metals |
370 | 11.5 Restoration of Soils Contaminated with Heavy Metals |
384 | 11.6 Treatment of Groundwater Polluted with Heavy Metals |
391 | 11.7 Conclusion |
404 | Chapter 12 Long-Term Monitoring 12.1 Introduction |
405 | 12.2 Remediation Objectives |
407 | 12.3 Performance Metrics and Monitoring Parameters |
413 | 12.4 Groundwater Sampling for Performance Monitoring |
417 | 12.5 Key Monitoring Parameters for Remediation Technologies |
441 | 12.6 Conclusion |
448 | Editor Biographies |
450 | Index A B C |
452 | D E F G |
453 | H I K L |
454 | M N O |
455 | P |
456 | Q R S |
457 | T |
458 | U V W Z |