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Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
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Searching... | 32040000000190 | GE300 H364 2014 | Open Access Book | Book | Searching... |
Searching... | 30000010325710 | GE300 H364 2014 | Open Access Book | Book | Searching... |
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Summary
Summary
The Handbook of Environment and Waste Management, Volume 2, Land and Groundwater Pollution Control, is a comprehensive compilation of topics that are at the forefront of many of the technical advances and practices in solid waste management and groundwater pollution control. These include biosolids management, landfill for solid waste disposal, landfill liners, beneficial reuse of waste products, municipal solid waste recovery and recycling and groundwater remediation.Internationally recognized authorities in the field of environment and waste management contribute chapters in their areas of expertise. This handbook is an essential source of reference for professionals and researchers in the areas of solid waste management and groundwater pollution control, and as a text for advanced undergraduate and graduate courses in these fields.
Table of Contents
Preface | p. vii |
About the Editors | p. xvii |
Contributors | p. xix |
1 Biosolids Management | p. 1 |
1 Introduction | p. 2 |
2 Classification of Biosolids | p. 6 |
3 Biosolids Treatment and Processing | p. 38 |
4 Land Applications of Biosolids | p. 111 |
5 Use and Disposal of Biosolids | p. 131 |
References | p. 142 |
2 Sludge Management | p. 149 |
1 The Origin of Sludge | p. 150 |
2 Sludge Disposal | p. 150 |
3 Making Management Systems | p. 155 |
4 Sludge Disposal Routes | p. 158 |
5 Sludge Management Chain | p. 164 |
6 Moisture Content of Sludge | p. 166 |
7 Synthesis of Management Systems | p. 168 |
8 Sustainable Management | p. 172 |
References | p. 174 |
3 Landfill for Solid Waste Disposal | p. 177 |
1 Introduction | p. 178 |
2 Location Criteria | p. 184 |
3 Operating Crieria | p. 209 |
4 Design Criteria | p. 232 |
5 Groundwater Monitoring and Corrective Action | p. 288 |
6 Closure and Post-Closure Care | p. 348 |
References | p. 361 |
4 Landfilling of Municipal Solid Waste in Europe | p. 365 |
1 Waste Landfilling - Current Status and Perspectives | p. 366 |
2 Chemical and Physical Processes in Landfill Body | p. 371 |
3 Landfill Design | p. 375 |
4 Sanitary Landfill Construction | p. 377 |
5 Daily Waste Landfilling Operation | p. 391 |
6 Landfill Control and Monitoring Systems | p. 392 |
7 Closure, Capping, and Remediation of Landfill | p. 396 |
References | p. 399 |
5 Liners for Waste | p. 403 |
1 Landfills | p. 404 |
2 Liners | p. 410 |
3 Conclusion | p. 422 |
References | p. 423 |
6 Beneficial Reuse of Waste Products | p. 425 |
1 Waste Management | p. 426 |
2 Wastewater Treatment | p. 439 |
3 Reuse of Waste Cooking Oil in Biodiesel Production | p. 460 |
4 Plastic Waste Recycling | p. 472 |
References | p. 484 |
7 Reuse of Foundry Sand as Construction Materials | p. 491 |
1 Introduction | p. 492 |
2 Foundry Industry Operations | p. 493 |
3 Chemical Characterization of Foundry Sand | p. 505 |
4 Benefical Reuse of Foundry Sand | p. 519 |
5 Case Studies | p. 540 |
6 Summary | p. 543 |
Nomenclature | p. 544 |
References | p. 545 |
8 Stabilization of Brown Coal Fly Ash using Geopolymere | p. 551 |
1 Introduction | p. 552 |
2 Background on Geopolymer Technology | p. 552 |
3 Experimental Methods of Using Geopolymer to Stabilize Fly Ash | p. 556 |
4 Analytical Tools used to Study the Effectiveness of Stabilization | p. 559 |
5 Results of Stabilization of Fly Ash by Geopolymers | p. 561 |
6 Mechanisms of Interaction between Fly Ash and Geopolymer | p. 572 |
7 Discussions of Geopolymer Fly Ash Treatment Process | p. 582 |
8 Potential uses of Fly Ash-Geopolymer Materials | p. 586 |
9 Summary | p. 588 |
References | p. 590 |
9 Municipal Solid Waste Recovery and Recycling | p. 593 |
1 Introduction | p. 593 |
2 Collection of Recyclable Materials | p. 595 |
3 Processing of Recyclable Materials | p. 601 |
4 Materials Recovery Facilities | p. 621 |
5 Marketting of Recyclable Materials | p. 623 |
6 Design Examples and Questions | p. 629 |
References | p. 632 |
10 Use of Selective Recycled Materials in Civil Engineering Construction | p. 635 |
1 Introduction | p. 636 |
2 Fly Ash | p. 636 |
3 Cement Kiln Dust | p. 650 |
4 Recycled Demolished Concrete | p. 658 |
References | p. 677 |
11 Use of Solid Wastes as Construction Materials | p. 685 |
1 Introduction | p. 687 |
2 Ash Utilization Research | p. 688 |
3 Durability | p. 691 |
4 More Ash Utilization | p. 693 |
5 Other Solid Wastes | p. 699 |
6 Paper Sludge and Rice Husk Composite | p. 702 |
7 Lightweight Concrete | p. 705 |
8 Effect of Various Properties on Paper Sludge Composite | p. 712 |
9 Acoustic Thermal Insulation Research | p. 718 |
10 TIA Composite Building System | p. 722 |
11 Engineered Shear Wall System | p. 722 |
12 Soft Soil Foundation System | p. 724 |
13 Research Showcase - Micronized Silica | p. 725 |
14 Summary - Challenges Ahead | p. 725 |
Acknowledgment | p. 728 |
References | p. 728 |
12 The Use of Biological Methods for Toxicity Evaluation of Wastes and Waste-Amended Soils | p. 737 |
1 Introduction | p. 738 |
2 Bioindication and Biotesting | p. 739 |
3 Choice of the Appropriate Method of Biological Analysis | p. 742 |
4 Expression of Toxicity | p. 743 |
5 Acute and Chronic Toxicity | p. 746 |
6 Bioindication Methods | p. 746 |
7 Bioassays | p. 760 |
References | p. 773 |
13 Groundwater Contamination at Landfill Site | p. 781 |
1 Introduction | p. 782 |
2 Groundwater Resource | p. 783 |
3 Landfill | p. 784 |
4 Leachate | p. 789 |
5 Monitoring Well/Borehole | p. 800 |
6 Sampling and Measurement | p. 806 |
7 Data Assessment | p. 812 |
Acknowledgments | p. 813 |
Nomenclature | p. 814 |
References | p. 815 |
14 Remediation of Contaminated Groundwater | p. 819 |
1 Introduction to Groundwater Contamination | p. 820 |
2 Types and Behaviors of Groundwater Contaminants | p. 822 |
3 Contaminant Transport | p. 824 |
4 Limitations and Complexity of Groundwater Cleanup | p. 830 |
5 Site Investigation for Groundwater Cleanup | p. 831 |
6 Groundwater Cleanup Strategy | p. 832 |
7 Setting a Cleanup Level/Goal | p. 833 |
8 Technologies for Groundwater Cleanup | p. 834 |
References | p. 880 |
15 Environmental Monitoring of Nearshore Dredged Material Ocean Disposal Sites | p. 887 |
1 Introduction | p. 888 |
2 Triggers to Monitor Dredged Material Disposal Sites and Site Selection | p. 890 |
3 Physical Monitoring | p. 891 |
4 Chemical and Biological Monitoring | p. 901 |
5 Case Studies | p. 919 |
6 Conclusion | p. 941 |
References | p. 941 |
16 Radioactive Pollution and Control | p. 949 |
1 Introduction | p. 950 |
2 Radioactive Pollution | p. 961 |
3 Control of Radioactive Waste | p. 986 |
References | p. 1020 |
17 Plastics Waste Management in India: An Integrated Solid Waste Management Approach | p. 1029 |
1 Introduction | p. 1030 |
2 Global Scenario of Waste Plastics | p. 1031 |
3 Integrated Solid Waste Management | p. 1035 |
4 Management of Waste Plastics: Application of IWM Concepts | p. 1043 |
5 Plastics: IWM & Resource Recovery | p. 1045 |
6 Conclusion | p. 1057 |
References | p. 1058 |
18 Waste Sludge Management in Water Utilities | p. 1061 |
1 Recovery and Reuse of Magnesium Coagulant from a Simulated Water Treatment System that Generates Magnesium Sludge | p. 1062 |
2 Recovery and Reuse of Filter Alum and Soda Alum from a Water Treatment Plant | p. 1068 |
References | p. 1078 |
Index | p. 1081 |