发展循环经济是建设环境友好型社会和实现可持续发展的重要途径。本书从废弃物基本的合规性管理出发，以废弃物的转化和利用为线索连到闭环物料，以不同行业零废弃的机遇和挑战来阐述循环经济这一重要的拐，同时指出了一条可行之路。本书从热力学、环境学、绿色设计、标准与认证、哲学与伦理学等多个角度探讨了零废弃和闭环物料，内容丰富，理论与实践并重，可供与清洁生产、循环经济相关企事业单位中从事环境管理工作的专业人员参考，也可供高等学校环境类、生态类专业师生参阅。
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1 A Brief History on Waste
2 Waste Morphology and Types
2.1 Off-Gas
2.2 Effluent
2.3 Rubbish
3 Thermodynamic Principle for Waste
4 Mass Balance and Unorganized Emission
4.1 Mass Balance
4.2 Unorganized Discharge
5 Waste Management
5.1 International Conventions
5.2 International Standards
5.2.1 ISO
5.2.2 IEC
5.2.3 ITU
5.3 National Laws and International Organization Laws
5.3.1 The United States
5.3.2 The European Union
5.3.3 China
5.4 National Standards and International Organization Standards
5.4.1 The United States
5.4.2 The European Union
5.4.3 China
5.5 Industry Standards and Local Standards
6 Waste Diversion
6.1 Diversion Strategy
6.2 Diversion Method
6.2.1 Landfill
6.2.2 Incineration
6.2.3 Elimination
6.2.4 Reuse
6.2.5 Reduction
6.2.6 Recycling
6.2.7 Aerobic Composting
6.2.8 Anaerobic Digestion
6.2.9 Biofuel
6.2.10 Repairing
6.2.11 Refurbishment
6.2.12 Remanufacturing
6.2.13 Conclusion
7 Waste Treatment and Disposal Technology
7.1 Chemical Waste
7.1.1 Inorganic Waste Compounds
7.1.2 Organic Waste Compounds
7.2 Construction Waste
7.2.1 Management of Construction Waste
7.2.2 Sources of Construction Waste
7.2.3 Common Disposal Methods of Recyclable Materials
7.2.4 Regulations and Examples of Construction Waste Recycling in Various Countries
7.2.4.1 Japan
7.3 Electronic Waste
7.3.1 The Hazardous Substances in E-Waste
7.3.2 Treatment Technology of E-Waste
7.4 Medical Waste
7.4.1 Types and Hazards of Medical Waste
7.4.2 Methods of Treatment and Disposal of Medical Waste
7.5 Kitchen Waste
7.5.1 Sources and Types of Kitchen Waste
7.5.2 Oil and Water Separation
7.5.3 Waste Water Treatment
7.5.4 Off-Gas Treatment
7.5.5 Solid Waste Treatment and Resource Recovery
7.6 Laboratory Waste
7.6.1 Laboratory Off-Gas
7.6.2 Laboratory Waste Water
7.6.3 Laboratory Solid Waste
7.7 Secondary Waste
7.7.1 Sources and Characteristics of Secondary Waste
7.7.2 Municipal Sludge
8 Zero Waste Theory and Practice
8.1 Chemical Industry
8.1.1 Green Chemistry
8.1.2 Treatment Process Selection
8.2 Machinery Industry
8.2.1 Industry Characteristics
8.2.2 Corresponding Measures
8.3 Automotive Industry
8.3.1 Source of Generation
8.3.2 Zero Waste Opportunities
8.4 Consumer Electronic Industry
8.4.1 Industry Characteristics
8.4.2 Sources and Streams
8.4.3 Stream Analysis
8.4.4 Zero Waste Practices
8.5 Retail Industry
8.5.1 Industry Characteristics
8.5.2 Zero Waste Practices
8.6 Grand Event
8.6.1 Characteristics of Grand Events and Their Waste Management
8.6.2 Organizational Operations and Zero Waste
8.6.3 Zero Waste Requirements at Different Stages
8.6.4 Zero Waste Case Studies
8.7 Property and City
8.7.1 Unit Property
8.7.2 Comprehensive Properties
8.7.3 Zero Waste Cities (Waste-Free Cities)
8.7.4 Nation-Wide Zero Waste
9 Zero Waste and Eco-Design
9.1 Eco-Design System
9.2 Design for Disassembly
9.2.1 Dismantlable Design Definition
9.2.2 Dismantlable Design Criteria
9.2.3 Dismantlable Design Evaluation
9.3 Design for Recyling
9.3.1 Process and Principle of Material Selection
9.3.2 Basic Requirements for Selection of Recyclable
9.3.3 General Methods for Selection of Recyclable Materials
9.3.4 Calculation Method of Recyclability Rate
9.4 Design for Maintenance/Repairing
9.4.1 Several Definitions of Repairing
9.4.2 Considerations in the Process of Repairable Design
9.5 Design for Remanufacturing
9.5.1 From A to A
9.5.2 From A to B
9.5.3 Calculation of Remanufacturing Rate
9.6 Conclusion
10 Reverse Logistics
10.1 Definition and Category
10.2 Waste Logistics
10.3 Logistics Cost
10.3.1 Cost Composition
10.3.2 Costing
10.3.3 Cost Analysis
10.3.4 Cost Management
10.4 Drive and Development
11 Material Closed Loop
11.1 Recycling and Closed Loop
11.2 Regulatory Supervision
11.3 Material Identification
11.3.1 Identification Procedures
11.3.2 Technical Regulation
11.3.3 Identification Standard
11.4 Economic Benefit and Environmental Benefit
11.5 Zero Waste, Carbon Neutral
12 On Circular Economy
12.1 Background and Support
12.2 Development Concept
12.3 Legal Difference
12.4 Innovation Model
12.4.1 Commercial Leasing
12.4.2 Sharing Economy
12.4.3 Cloud Technology
12.4.4 Blockchain Technology
13 Circular Economy Standard and Certification
13.1 Product Circularity
13.2 Facility Circularity
13.3 Corporate Circularity
14 Zero Waste Philosophy and Environmental Ethics
14.1 Zero Waste Philosophy
14.1.1 Taoism
14.1.2 Confucianism
14.1.3 Marxist Philosophy
14.2 Environmental Ethics
14.2.1 Environmental Ethics Principles
14.2.2 The Content of Environmental Ethics
14.2.3 Environmental Ethics and Environmental Legal
14.2.4 Case Studies
14.3 The Future of Humankind
Appendix
Epilogue
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