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城市垃圾处理技术 版权信息
- ISBN：9787122370068
- 条形码：9787122370068 ; 978-7-122-37006-8
- 装帧：一般胶版纸
- 册数：暂无
- 重量：暂无
- 所属分类：>>
城市垃圾处理技术 本书特色
都市化和经济快速发展导致城市垃圾的产生量急剧增加，城市垃圾的合理处理及其资源的回收对实现健康快适的城市生活环境、降低环境污染及构建资源可循环型社会具有十分重要的意义。本教材针对城市垃圾的管理、处理与处置进行编写。主要内容包括城市垃圾的分类及其物理化学特性；城市垃圾的储存、分类及收集；城市垃圾处理与资源化现状；城市垃圾的分析测定；城市垃圾的填埋处理；城市垃圾的热处理；城市垃圾的厌氧消化；城市垃圾的堆肥处理；城市垃圾管理的生命周期评价。 本教材侧重于城市垃圾的分类、管理和主要处理技术的介绍，涉及了城市垃圾分类与管理的**理念，阐述了焚烧、厌氧消化、堆肥等主要的处理与资源化技术的原理及应用。本教材为从事城市环境管理与综合环境治理工程的设计及技术的应用提供城市垃圾处理与资源循环利用方面的专业知识。
城市垃圾处理技术 内容简介
The textbook is designed for the management， treatment and disposal of municipal waste. The content contains types and characteristics of waste; waste storage， segregation and collection; status of municipal waste treatment and resource recovery; analysis and determina-tion of municipal solid waste; landfill treatment for municipal solid waste; thermal treatment for municipal solid waste; anaerobic digestion for municipal solid waste; composting for municipal solid waste; and life cycle assessment(LCA) for municipal solid waste management. This textbook focuses on the introduction of classification， management and main treatment technologies of municipal waste. It involves the advanced concept of classification and manage-ment of municipal waste and expounds the principle and application of major treatment and resource-recycling technologies such as incineration， anaerobic digestion and composting. The textbook provides professional knowledge of municipal waste treatment and resource recycling for the design and technology application of urban environmental management and comprehensive environmental treatment project.
城市垃圾处理技术 目录
Chapter 1 Introduction1
1．1 Types and characteristics of wastes3
1．2 Waste prevention9
Chapter 2 Waste storage，segregation and collection16
2．1 Source segregation17
2．2 Waste storage18
2．3 Waste collection19
2．4 Waste separation22
Chapter 3 Status of municipal waste treatment and resource recovery 24
3．1 Status of municipal waste treatment24
3．2 Resource recovery26
Chapter 4 Analysis and determination of municipal solid waste 29
4．1 Physical properties of municipal solid waste30
4．2 Chemical properties of municipal solid waste33
4．3 Biological properties of municipal solid waste40
Chapter 5 Landfill treatment for municipal solid waste 45
5．1 What is landfill？45
5．2 Types of landfills46
5．3 Operations of landfills47
5．4 Advantages of landfills48
5．5 Social and environmental impact of landfills48
5．6 Landfill gas49
5．7 Landfill leachate production，collection and management53
Chapter 6 Thermal treatment for municipal solid waste 58
6．1 Incineration61
6．2 Pyrolysis76
6．3 Gasification83
Chapter 7 Anaerobic digestion for municipal solid waste 95
7．1 Description96
7．2 Process98
Chapter 8 Composting for municipal solid waste 118
8．1 Terminology119
8．2 Fundamentals120
8．3 Materials that can be composted123
8．4 Uses125
8．5 Composting technologies126
8．6 Regulations129
8．7 Examples130
8．8 History131
Chapter 9 Life cycle assessment（LCA）for municipal solid waste management133
9．1 Introduction—What is LCA and how is it useful？134
9．2 Goals and purpose of LCA135
9．3 Four main phases136
9．4 LCA uses140
9．5 Data analysis141
9．6 Variants143
9．7 Exergy based LCA146
9．8 Life cycle energy analysis146
9．9 Critiques149
9．10 Supporting waste management decisionsExamples151
References152
1．1 Types and characteristics of wastes3
1．2 Waste prevention9
Chapter 2 Waste storage，segregation and collection16
2．1 Source segregation17
2．2 Waste storage18
2．3 Waste collection19
2．4 Waste separation22
Chapter 3 Status of municipal waste treatment and resource recovery 24
3．1 Status of municipal waste treatment24
3．2 Resource recovery26
Chapter 4 Analysis and determination of municipal solid waste 29
4．1 Physical properties of municipal solid waste30
4．2 Chemical properties of municipal solid waste33
4．3 Biological properties of municipal solid waste40
Chapter 5 Landfill treatment for municipal solid waste 45
5．1 What is landfill？45
5．2 Types of landfills46
5．3 Operations of landfills47
5．4 Advantages of landfills48
5．5 Social and environmental impact of landfills48
5．6 Landfill gas49
5．7 Landfill leachate production，collection and management53
Chapter 6 Thermal treatment for municipal solid waste 58
6．1 Incineration61
6．2 Pyrolysis76
6．3 Gasification83
Chapter 7 Anaerobic digestion for municipal solid waste 95
7．1 Description96
7．2 Process98
Chapter 8 Composting for municipal solid waste 118
8．1 Terminology119
8．2 Fundamentals120
8．3 Materials that can be composted123
8．4 Uses125
8．5 Composting technologies126
8．6 Regulations129
8．7 Examples130
8．8 History131
Chapter 9 Life cycle assessment（LCA）for municipal solid waste management133
9．1 Introduction—What is LCA and how is it useful？134
9．2 Goals and purpose of LCA135
9．3 Four main phases136
9．4 LCA uses140
9．5 Data analysis141
9．6 Variants143
9．7 Exergy based LCA146
9．8 Life cycle energy analysis146
9．9 Critiques149
9．10 Supporting waste management decisionsExamples151
References152
展开全部
城市垃圾处理技术 作者简介
杜海霞，南京工业大学城市建设学院，副教授。主要从事利用微生物燃料电池新技术处理厨房固体废弃物、剩余活性污泥及含高浓度含氨废水；剩余活性污泥的好氧与厌氧消化；臭氧氧化-微生物燃料电池技术处理厨房固体废弃物；臭氧氧化-好氧/厌氧消化技术处理剩余活性污泥；砂滤池内生物膜的形成与变化的分析；环境微生物的构造解析；混凝-臭氧氧化-膜处理技术的给水处理等研究。发包SCI 7篇。应邀担任 “Applied Energy”、“Environmental Science and Pollution Research”、“Applied Biochemistry and Biotechnology” 等国际SCI学术期刊审稿人。
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