书籍详情
水质控制生态工程
作者：李军 编
出版社：化学工业出版社
出版时间：2018-07-01
ISBN：9787122316240
定价：¥98.00
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内容简介
本书介绍了生态系统、生态学和生态工程的基本概念，描述水环境、水质要求、水和污水处理的基本原理，通过应用案例阐释生态工程在景观水体保护、污水处理、饮用水水源净化、雨水管理的理念和方法。 本书可作为给排水科学与工程、环境工程、土木工程等本科专业开设的双语或全英文授课教材，也可供相关专业研究生和技术人员参考阅读。
作者简介
李军，浙江工业大学建筑工程学院，系主任、教授，先后担任给排水实验室主任、教研室主任，市政工程系主任、建工学院副院长、研究生院副院长。浙江省给水排水学术委员会副主任，浙江省建设厅、杭州市建委咨询专家。曾获得教育部第十届高等院校青年教师霍英东教育基金教学三等奖、浙江省技术能手、首批浙江省职业技能带头人、浙江省高等学校中青年学科带头人、新世纪151人才等荣誉。 主持和参与国家基金、国家水重大专项和浙江省科技厅等项目，发表学术论文100余篇。完成给排水专项规划、水厂污水厂设计、建筑给排水设计工程项目十余项。曾为给水排水工程专业讲授：排水工程、建筑给排水、水工艺设备基础、给排水自动化与仪表、城市水工程概论等。
目录
Chapter 1 Basic ecology / 001
1.1 History of ecology / 002
1.2 Ecosystem / 007
Chapter 2 Ecological engineering / 016
2.1 History of ecological engineering / 017
2.2 Basic concepts of ecological engineering / 020
2.3 Design of ecological engineering / 026
Chapter 3 Water environment and water quality control / 039
3.1 Natural cycle of water / 040
3.2 Water resources / 042
3.3 Water quality and standards / 044
3.4 Water pollution and environmental capacity / 050
3.5 Drinking water treatment engineering / 052
3.6 Conventional wastewater treatment engineering / 055
Chapter 4 Wetland treatment system / 059
4.1 Concepts of wetlands / 060
4.2 Applications of wetlands / 063
4.3 Natural wetlands for wastewater treatment / 066
4.4 Constructed wetlands for wastewater treatment / 069
4.5 Wetland plants / 074
Chapter 5 Stabilization ponds / 087
5.1 Concepts of stabilization ponds / 088
5.2 Aerobic ponds and aerated ponds / 089
5.3 Facultative ponds / 090
5.4 Anaerobic ponds / 090
5.5 Design parameters for stabilization ponds / 091
Chapter 6 Land treatment systems / 092
6.1 Land treatment techniques / 093
6.2 Slow fi ltration system / 094
6.3 Rapid infi ltration system / 095
6.4 Overland fl ow system / 096
Chapter 7 Case studies / 097
7.1 Changqiao Stream Eco-Park / 098
7.2 Dongyang Riverside Wetland Park / 102
7.3 Putou Village / 106
7.4 Font Hill Wetlands Park / 108
7.5 Yanyu Community / 111
7.6 Shijiuyang Ecological Wetland / 113
7.7 Westpark / 116
7.8 The geWOONboot fl oating vertical fl ow wetlands / 120
7.9 Wenhui Lake / 124
References / 129
1.1 History of ecology / 002
1.2 Ecosystem / 007
Chapter 2 Ecological engineering / 016
2.1 History of ecological engineering / 017
2.2 Basic concepts of ecological engineering / 020
2.3 Design of ecological engineering / 026
Chapter 3 Water environment and water quality control / 039
3.1 Natural cycle of water / 040
3.2 Water resources / 042
3.3 Water quality and standards / 044
3.4 Water pollution and environmental capacity / 050
3.5 Drinking water treatment engineering / 052
3.6 Conventional wastewater treatment engineering / 055
Chapter 4 Wetland treatment system / 059
4.1 Concepts of wetlands / 060
4.2 Applications of wetlands / 063
4.3 Natural wetlands for wastewater treatment / 066
4.4 Constructed wetlands for wastewater treatment / 069
4.5 Wetland plants / 074
Chapter 5 Stabilization ponds / 087
5.1 Concepts of stabilization ponds / 088
5.2 Aerobic ponds and aerated ponds / 089
5.3 Facultative ponds / 090
5.4 Anaerobic ponds / 090
5.5 Design parameters for stabilization ponds / 091
Chapter 6 Land treatment systems / 092
6.1 Land treatment techniques / 093
6.2 Slow fi ltration system / 094
6.3 Rapid infi ltration system / 095
6.4 Overland fl ow system / 096
Chapter 7 Case studies / 097
7.1 Changqiao Stream Eco-Park / 098
7.2 Dongyang Riverside Wetland Park / 102
7.3 Putou Village / 106
7.4 Font Hill Wetlands Park / 108
7.5 Yanyu Community / 111
7.6 Shijiuyang Ecological Wetland / 113
7.7 Westpark / 116
7.8 The geWOONboot fl oating vertical fl ow wetlands / 120
7.9 Wenhui Lake / 124
References / 129
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