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書名:城鎮污水資源化及低碳技術
ISBN:9787511470270
出版社:中國石化
著編譯者:李大鵬 李勇
頁數:232
所在地:中國大陸 *此為代購商品書號:1525664
可大量預訂,請先連絡。內容簡介
本書從城鎮污水含有大量的可回收資源和能源出發,詳細介紹了城鎮污水中碳、磷和再生水的回收理論和基本方法,總結了常見的污水資源化工藝與技術,並介紹了城鎮污泥資源化的可能途徑和技術手段;同時介紹了污水低碳處理的基本概念和發展趨勢,以及污水處理廠低碳技術的原理和工藝設計;最後從廠區設計、技術手段、資源回收、低碳減排等方面詳細介紹了污水資源化的實際典型案例,為城鎮污水低碳運行和資源化回收利用提供理論和技術支持。 本書為英文版本,適用於從事市政污水處理、資源化回收利用、環境工程等領域的專業人員參考使用,也可作為相關專業的高校教材。
目錄
Chapter 1 Overview of wastewater
1 1 Sources and characteristics of municipal wastewater
1 1 1 Types and sources of municipal wastewater
1 1 2 Properties and quality indexes of municipal wastewater
1 1 3 Typical characteristics of municipal wastewater
1 2 Significance of wastewater reuse and resource recovery
1 2 1 The purpose and significance of wastewater reuse
1 2 2 The significance of energy recovery from wastewater
1 3 Resource and energy in municipal wastewater
1 3 1 Resource types and resource feasibility
1 3 2 Energy reserves and energy feasibility
1 4 Low carbon technologies for municipal wastewater
1 4 1 Concept of low carbon technologies
1 4 2 Evaluation on low carbon technologies
Chapter 2 Mechanism of municipal wastewater resource
2 1 Phosphorus resource
2 1 1 Significance of phosphorus resource
2 1 2 Basic methods for phosphorus resource
2 1 3 Evaluation on phosphorus resource
2 2 Carbon recovery theory
2 2 1 Significance of carbon recovery
2 2 2 Feasibility of carbon recovery
2 2 3 Basic methods of carbon recovery
2 3 Mechanism of reclaimed water utilization
2 3 1 Significance of water reuse
2 3 2 Feasibility of water reuse
2 3 3 Basic methods for water reuse
2 4 Risk analysis and management of wastewater resource
2 4 1 Risks in agriculture? forestry? stock raising? fishery
2 4 2 Risks in urban utilization u
2 4 3 Risks in industrial water
Chapter 3 Processes and technologies for wastewater resource
3 1 Processes and designment for phosphorus resource
3 1 1 Mechanism of biological method for phosphorus removal
3 1 2 Mechanism of chemical method for phosphorus removal
3 1 3 Designment and utilization of phosphorus resource
3 2 Carbon recovery process and design
3 2 1 Biological principles and processes of carbon recovery
3 2 2 Chemical principles and processes of carbon recovery
3 2 3 Design and engineering applications of carbon recovery
3 3 The preparation process and application of reclaimed water
3 3 1 Principle and advanced treatment for reclaimed water
3 3 2 Reclaimed water design and engineered applications
3 3 3 Safety assessment technology of reclaimed water
Chapter 4 Low carbon technologies of wastewater
4 1 Anaerobic technologies of wastewater
4 1 1 Mechanisms of anaerobic technologies
4 1 2 Anaerobic technologies
4 1 3 Designment and utilization of anaerobic technologies
4 2 Anaerobic-aerobic process (AP / O
4 3 Anaerobic-anoxic- aerobic process (A/ A/ O
4 3 1 The basic process
4 3 2 The influence of environment conditions on the A/ A/ O
4 3 3 The problems of the A/ A/ O process and the modification
4 3 4 The designment of the A/ A/ O process
4 4 Denitrifying phosphorus removal
4 4 1 Definition of denitrifying phosphorus removal
4 4 2 Denitrifying phosphorus removing bacteria
4 4 3 Principle of denitrifying phosphorus removal
4 4 4 Processes of denitrifying phosphorus removal
4 4 5 Types of denitrifying phosphorus removal processes
4 4 6 Factors influencing denitrifying phosphorus removal
4 5 Energy resource and utilization
4 5 1 Biogas production by anaerobic digestion
4 5 2 Volatile short-chain fatty acid production by fermentation
4 5 3 Generation electricity by sludge incineration
4 5 4 Hydrogen production
4 5 5 Biochar production
4 5 6 Biodegradable plastic production
4 5 7 Fertilizer production
4 5 8 Other resource technologies
4 5 9 Designment of sludge resource
4 6 Optimized operation of wastewater treatment plant
4 6 1 Strategies for improving energy efficiency of WWTPs
4 6 2 Optimized operation and management of WWTPs
4 7 Low-carbon operation strategy
4 7 1 Low-carbon technology orientatio
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