|
PartⅠPerspectives 1Evolution of Solid Waste Management 1-1 Solid Waste —A Consequence of Life 1-2 Waste Generation in aTechnological Society 1-3 The Development of Solid WasteManagement 1-4 Integrated Solid WasteManagement 1-5 Operation of Solid WasteManagement Systems 1-6 Discussion Topics and Problems 1-7 References 2 Legislative Trendsand Impacts 2-1Major Legislation 2-2Impact of Federal Legislation 2-3Governmental Agencies 2-4Enforcing the Hierarchy of Integrated Solid Waste Management 2-5Future Trends 2-6Discussion Topics and Problems 2-7References PartⅡ Sources, Composition, and Properties of Solid Waste 3 Sources,Types, and Composition of Municipal Solid Waste 3-1 Sources of Solid Waste 3-2 Types of Solid Waste 3-3 Composition of Solid Waste 3-4Determination of the Compositionof MSW in the Field 3-5 Types of Materials Recovered from MSW 3-6 Future Changes in Waste Composition 3-7Discussion Topics and Problems 3-8References 4 Physical, Chemical, andBiological Properties of Municipal Solid Waste4-1 Physical Properties of MSW 4-2 Chemical Properties of MSW 4-3 Biological Properties of MSW 4-4 Physical , Chemical, andBiological Transformations of Solid Wastes 4-5 Discussion Topics and Problems 4-6 References 5 Sources, Types, and Propertiesof Hazardous Wastes Found in Municipal Solid Waste5-1 Properties and Classification of Hazardous Wastes 5-2 Sources, Types, and Quantity of HazardousWastes Found in MSW 5-3 Significance of Hazardous Wastes Found in MSW 5-4 Physical, Chemical, and Biological Transformations of Hazardous WastesConstituents Found in MSW 5-5 Management of Hazardous Wastes Found in MSW 5-6 Discussion Topics and Problems 5-7 References PartⅢ Engineering Principles 6 Solid Waste Generation and CollectionRates 6-1 Importanceof Waste Quantities 6-2 Measures and Methods Used toAssess Solid Waste Quantities 6-3 Solid Waste Generation andCollection Rates 6-4 Factors That Affect WasteGeneration Rates 6-5 Quantities of MaterialsRecovered from MSW 6-6 Quantities of HouseholdHazardous Wastes 6-7 Waste Characterization andDiversion Studies 6-8 Discussion Topics and Problems 6-9 References 7 Waste Handling and Separation, Storage, and Processing at the Source7-1 Handling and Separation ofSolid Wastes at the Source 7-2 Waste Handling and Separationat Residential Dwellings 7-3 Waste Handling and Separationat Commercial and Industrial Facilities 7-4 Storage of Solid Wastes at theSource 7-5 Processing of Solid Wastes atResidential Dwellings 7-6 Processing of Solid Wastes atCommercial and Industrial Facilities 7-7 Discussion Topics and Problems 7-8 References 8 Collection of Solid Waste 8-1 Waste Collection 8-2 Types of Collection Systems,Equipment, and Personnel Requirements 8-3 Analysis of Collection Systems 8-4 Collection Routes 8-5 Alternative .Techniques forAnalysis of Collection Systems 8-6 Discussion Topics and Problems 8-7 References 9 Separation and Processing andTransformation of Solid Waste9-1 Reuse and RecyclingOpportunities for Waste Materials 9-2 Materials Recovered at Drop-offand Buy-back Centers 9-3 Options for the Separation ofWaste Materials 9-4 Introduction to the UnitOperations Use for the Separation and Processing of Waste Materials 9-5 Facilities for Handling,Moving, and Storing Waste Materials 9-6 Development and Implementationof MRFs 9-7 Waste Transformation throughCombustion 9-8 Waste Transformation throughAerobic Composting 9-9 Impact of Source Reduction andWaste Recycling on Waste Transformation Processes 9-10 Selection of Proper Mix of Technologies 9-11 Discussion Topics and Problems 9-12 References 10 Transfer and Transport10-1 The Need for Transfer Operations 10-2 Types of Transfer Stations 10-3 Transport Means and Problems 10-4 Transfer Stations Design Requirements 10-5 Location of Transfer Operations 10-6 Discussion Topics and Problems 10-7 References 11 Disposal of Solid Waste and Residual Matter 11-1 The Landfill Method of Solid Waste Disposal 11-2 Landfill Classification, Types, and Methods 11-3 Landfill Sitting Considerations 11-4 Composition and Characteristics, Generation, Movement, and Controlof Landfill Gases 11-5 Composition, Formation, Movement, and Control of Leachate inLandfills 11-6 Surface Water Management 11-7 Structural and Settlement Characteristics of Landfills 11-8 Environmental Quality Monitoring at Landfills 11-9 Layout and Preliminary Design if Landfills 11-10 Landfill Operation 11-11 Landfill Closure and PostclosureCare 11-12 Landfill Process Computations 11-13 Discussion Topics and Problems 11-14 References PartⅣ Separation, Transformation, and Recyclingof Waste Materials 12 Materials Separation and Processing Technologies12-1 Unit Operations for the Separation and Processing of Waste Materials 12-2 Size Reduction 12-3 Size Separation 12-4 Density Separation 12-5 Magnetic and Electric Field Separation 12-6 Densification (Compaction) 12-7 Selection of Facilities for Materials Handling, Moving, and Storageof Waste Materials 12-8 Movable Equipment Used for Materials Handling 12-9 Design of Materials Recovery Facilities (MRFs) 12-10 Discussion Topics and Problems 12-11 References 13 Thermal Conversion Technologies13-1 Fundamentals of Thermal Processing 13-2 Combustion Systems 13-3 Pyrolysis Systems 13-4 Gasification Systems 13-5 Environmental Control Systems 13-6 Energy Recovery Systems 13-7 Discussion Topics and Problems 13-8 References 14 Biologicaland Chemical Conversion Technologies 14-1 Biological Principles 14-2 Aerobic Composting 14-3 Low-Solids Anaerobic Digestion 14-4 High-Solids Anaerobic Digestion 14-5 Development of Anaerobic Digestion and Technologiesfor Treatment of the Organic Fraction of MSW 14-6 Other Biological Transformation Processes 14-7 Chemical Transformation Processes 14-8 Energy Production from BiologicalConversion Products 14-9 Discussion Topics and Problems 14-10 References
、、、、、、
该贴已经同步到 晓晴的微博 | 
IP卡
狗仔卡
发表于 2013-5-17 01:25:30
提升卡
置顶卡
喧嚣卡
变色卡
千斤顶
显身卡