智慧水务发展与应用（英文版）
| 作者 |
| 申渝 |
| 丛书名 |
| 出版社 |
| 电子工业出版社 |
| ISBN |
| 9787121395949 |
| 简要 |
| 简介 |
| 内容简介 智慧水务是近年来快速发展的行业，具有广阔的应用前景和市场需求。本书从水务系统发展演变出发，总结当前水务行业面临的挑战与机遇，汇总水务行业发展的瓶颈问题及潜在解决方案，分析判断水务系统智慧化升级的行业需求、政策引导、技术可行性和发展智慧水务大趋势；按照智慧供水和智慧污水两大类，系统梳理智慧水务应用现状，以及典型应用场景的原理和技术方案，对比国内外的智慧水务发展状况，从传感器、执行器、物联网和人工智能技术等层面讨论了智慧水务领域的发展前景。 |
| 目录 |
| Contents Part 1Development of Water System Chapter 1Current Situation and Challenges of Water System\t2 1．1Overview of water system \t2 1．2Current situation of water system\t6 1．3Challenges facing the water industry \t7 Chapter 2Comparison of Domestic and Overseas Water Development\t11 2．1Water supply in China \t11 2．2Wastewater treatment in China \t15 2．3Overseas water development \t18 2．3．1Water development in the US\t18 2．3．2Water development in the UK\t20 2．3．3Water development in Thailand\t23 Chapter 3Development Trend of Water Industry―Smart Water \t26 3．1Proposed measures for water industry development \t26 3．1．1Informatization of water affairs \t26 3．1．2Making software and hardware more intelligent \t28 3．2Overview of smart water \t29 3．2．1Introduction and advantages of smart water \t29 3．2．2Stages of smart water development \t31 3．2．3Prospect of smart water \t32 3．3Smart water related technologies \t34 Part 2Smart Water Supply System Chapter 4Intelligent Management Technology for Drinking Water Sources\t38 4．1Current situation of drinking water sources in China \t38 4．1．1Classification of water sources and protected areas \t38 4．1．2Water quality and quantity standards for water sources \t39 4．1．3Assessment of water source safety \t42 4．2Water source management theory and technology \t46 4．2．1Water source management theory \t46 4．2．2Current situation and countermeasures of water source management \t46 4．2．3Intelligent management technology for water sources \t49 4．3Typical design scheme for intelligent management of water sources \t52 4．3．1Design of intelligent monitoring for water sources \t52 4．3．2Intelligent scheduling design for water sources \t55 Chapter 5Intelligent Control Technology for Water Supply Treatment System\t56 5．1Water supply treatment \t56 5．1．1Water supply treatment theory \t56 5．1．2Basic process of water supply treatment \t56 5．1．3Status quo of water supply treatment \t57 5．1．4Intelligent control of water supply treatment \t58 5．2Automatic control of core process units \t59 5．2．1Automatic control of water intake pumping station \t59 5．2．2Automatic control of dosing \t60 5．2．3Automatic control of filter tank \t63 5．2．4Automatic control of chlorination \t63 5．3Typical design scheme for intelligent control of water supply treatment system \t65 5．3．1Intelligent control system \t66 5．3．2Water quality management system \t67 5．3．3Equipment management system \t69 Chapter 6Smart Operation and Maintenance Technology for Water Supply Pipe Network System\t70 6．1Monitoring methods for water supply pipe network \t71 6．1．1Water quality monitoring \t71 6．1．2Water pressure monitoring \t73 6．1．3Discharge monitoring \t74 6．2Model of water supply pipe network \t75 6．2．1Hydraulic model \t76 6．2．2BP neural network \t81 6．3Intelligent operation and maintenance of water supply pipe network \t84 6．3．1Optimal scheduling \t84 6．3．2Leakage control \t85 6．3．3Safeguards for secondary water supply \t87 6．3．4Visualization technology for operation and maintenance management \t90 6．4Typical design scheme for intelligent operation and maintenance of water supply pipe network \t92 6．4．1Monitoring system \t94 6．4．2Leakage control \t95 6．4．3Optimal scheduling \t96 Chapter 7Intelligent Service Technology at User Side\t97 7．1Intelligent monitoring and early warning services \t98 7．1．1Intelligent monitoring service \t98 7．1．2Intelligent early warning service \t100 7．2Intelligent customer service \t100 7．2．1Making customer service center intelligent \t102 7．2．2Online service platform \t103 7．2．3Intelligent business hall \t103 7．3Typical design scheme for intelligent service system at user side \t104 Part 3Smart Wastewater System Chapter 8Forecast of Wastewater Quality and Quantity into WWTPs\t108 8．1Demand for forecast of wastewater quality and quantity\t108 8．2Wastewater quality and quantity forecast technology \t109 8．2．1Establishment of peripheral database \t110 8．2．2Prediction of wastewater quality and quantity \t114 8．3Typical design scheme \t115 8．3．1Technology adopted in the scheme \t115 8．3．2Specific design scheme \t116 Chapter 9Intelligent Operation Technology for Wastewater Treatment Facilities\t119 9．1Status quo and demand of wastewater treatment facilities \t119 9．1．1Status quo of wastewater treatment facilities \t119 9．1．2Problems with wastewater treatment facilities \t125 9．1．3Requirements of wastewater treatment facilities \t130 9．2Intelligent monitoring system for facilities \t131 9．2．1Significance of data monitoring \t131 9．2．2Main monitoring parameters \t132 9．2．3Monitoring data application \t133 9．3Intelligent control technology and equipment for facilities \t134 9．3．1Classification of automatic control technologies \t134 9．3．2Commonly used wastewater control strategies \t136 9．3．3Common intelligent control equipment \t138 9．4Typical design scheme for upgrading wastewater treatment facilities\t141 9．4．1Architecture and design of monitoring system \t141 9．4．2Design scheme for efficient lift pumping station \t150 9．4．3Design scheme for fine aeration system \t153 9．4．4Design scheme for intelligent dosing system \t156 Chapter 10Intelligent Management Technology for Wastewater Treatment System\t158 10．1Data modeling scheme\t159 10．1．1Scheme for ANN model\t159 10．1．2Scheme for support vector machine model\t160 10．1．3Scheme for regression analysis model\t161 10．2Scheme for mechanism model\t162 10．2．1Activated sludge model\t163 10．2．2ASM-based commercial software\t165 10．3Scheme for merging of mechanism and data models\t165 10．3．1Scheme for fusion of average values\t166 10．3．2Scheme for fusion weighted average values\t166 10．3．3Scheme for fusion of conservative values\t167 10．3．4Scheme for f (x，θ) fusion\t168 10．4Scheme for plan library\t170 Chapter 11Cloud Management Technology for WWTPs Group\t173 11．1Requirements for WWTPs group cloud management\t174 11．1．1Development status and competition pattern of wastewater treatment industry\t175 11．1．2Necessity of WWTPs group cloud management\t178 11．1．3Feasibility of WWTPs group cloud management\t179 11．1．4Value of applying WWTPs group cloud management\t181 11．2Principle and technology of WWTPs group cloud management\t182 11．2．1Basic principles of WWTPs group cloud management\t182 11．2．2Objectives of WWTPs group cloud management\t183 11．2．3WWTPs group cloud management technology and solution\t185 11．2．4Functions and description of WWTPs group cloud management\t187 11．3Design scheme for WWTPs group cloud management platform\t188 11．3．1Design principles of WWTPs group cloud management platform\t188 11．3．2Remote visual management of plant group site\t190 11．3．3Concentrated management and intelligent maintenance of equipment\t191 11．3．4Real-time monitoring of plant group production safety\t192 11．3．5Economic operation of plant group equipment\t194 Part 4Application Status and Prospect of Smart Water Chapter 12Application of Smart Water Supply System\t198 12．1Intelligent and integrated water source management system\t199 12．1．1Intelligent management system of water source well\t199 12．1．2Intelligent management system of water intake pumping station\t202 12．2Intelligent management system of waterworks\t204 12．2．1System application\t204 12．2．2System composition\t205 12．2．3System functions\t206 12．2．4Equipment configuration\t207 12．3Intelligent management system of water supply pipe network\t208 12．3．1Intelligent management system of secondary water supply pump house\t208 12．3．2Water supply pipe network monitoring system\t211 12．3．3Intelligent management system for leakage/loss of water supply pipe network\t213 12．3．4Intelligent management system of fire hydrant and water cock\t216 12．4User-end intelligent and integrated management system\t220 12．4．1Wireless automatic meter reading system\t220 12．4．2Large user meter reading/urban water supply pipe network DMA measurement management system\t222 Chapter 13Application of Smart Wastewater System\t227 13．1Intelligent aeration control system\t228 13．1．1Aeration volume control system\t228 13．1．2Fine aeration control technology and operation decision support system\t233 13．2Intelligent and integrated management system\t235 13．2．1Wastewater service application system\t235 13．2．2Plant group cloud platform management system\t237 13．3Smart wastewater system in rural areas\t240 13．3．1Rural “smart water system”\t240 13．3．2Township and town sewage collection and treatment system\t242 Chapter 14Development Prospect of Smart Water\t243 14．1Development of water system with Chinese characteristics\t243 14．1．1Adaptation to local conditions \t243 14．1．2Strengthening independent innovation \t244 14．1．3Strengthening government regulation \t245 14．1．4Formulating emergency procedures\t246 14．2Combination with new technologies and theories\t247 14．2．1Artificial intelligence technology\t247 14．2．2Big Data analysis technology\t248 14．2．3Wastewater reclamation technology\t249 14．2．4Trenchless pipe repair technology\t250 14．2．5Water system security protection technology\t251 14．2．6Blockchain technology\t254 14．2．75G technology\t254 14．3Prospect of smart water\t255 14．3．1Sensing module\t256 14．3．2Artificial intelligence module\t260 14．3．3Platform module\t265 References\t267 术语表（Glossary）\t274 |
有问题微信扫码联系