Modern Water Resource Protection Planning

Author: Shi Xiaoxin, Zhu Dangsheng, Zhang Jianyong
Publisher:
Publishing Date: 2005-05-01
Features: This book is based on the author's achievements in national water resources comprehensive planning, water resources protection planning, water environment assessment, technical management, and scientific research. It incorporates theoretical results and technical experiences from domestic and international sources, references relevant literature, and combines the latest progress in national water resources comprehensive planning. The book comprehensively elaborates on the objectives and significance, basic theories, and technical methods of modern water resources protection planning. It provides detailed introductions to the working procedures of modern water resources protection planning, water functional zone division, technical methods for water resources protection, calculation methods for pollution load capacity and total control, and countermeasures for water resources protection. It absorbs the technical outlines and detailed rules of the national water resources comprehensive planning, as well as the technical ideas and domestic and international water resources protection experiences from the seven major river basins and all provinces, autonomous regions, and municipalities in China. This book provides theoretical and technical support for the development of modern water resources protection planning, the protection of surface and groundwater resources, and the promotion of sustainable economic development and the sustainable use of water resources. It is suitable for workers engaged in water resources comprehensive planning, water resources protection planning, water environment planning and evaluation, management, and scientific research, as well as scientific and technical personnel from departments related to water conservancy, environmental protection, urban planning, and agriculture. It can also be used as a reference for teachers and students in water resources engineering, environmental engineering, water supply and drainage engineering, and environmental science at universities and colleges.
Table of Contents
Table of Contents
1 Introduction – China's Water Resources and Water Environment
1.1 China's River Systems and Water Resource Conditions
1.2 China's Water Resources Development and Utilization
1.3 Current Situation of Water Pollution and Water Environment in China
1.4 Analysis of the Situation for Sustainable Utilization of Water Resources in China
2 Overview of Modern Water Resources Protection Planning
2.1 Objectives and Significance of Modern Resource Protection Planning
2.2 Guiding Principles of Modern Water Resources Protection Planning
2.3 Basis for the Preparation of Modern Water Resources Protection Planning
2.4 Planning Base Year, Goals, and Indicators
2.5 Content of Modern Water Resources Protection Planning
2.6 Overall Procedures of Modern Water Resources Protection Planning
3 Water Functional Zone Division
3.1 Technical Methods for Water Functional Zone Division
3.2 Application Examples of Water Functional Zone Division
3.3 Overview of China's Water Functional Zone Division Achievements
4 Investigation and Estimation of Pollution Sources
4.1 Investigation and Estimation of Pollution Source Emissions
4.2 Investigation and Estimation of Pollutant River Input
5 Pollution Source Forecast
5.1 Forecast of Pollution Source Emissions
5.2 Forecast of Water Demand
5.3 Forecast of Pollution Sources
5.4 Forecast of Pollutant River Input
6 Surface Water Quality Model
6.1 Overview of the Development of Water Quality Models
6.2 Types of Water Quality Models
6.3 Steps for Establishing a Water Quality Model
6.4 Solving Mathematical Equations
6.5 Boundary Treatment
6.6 River Water Quality Model
6.7 Lake and Reservoir Water Quality Model
6.8 Model Identification and Parameter Estimation
7 Calculation of Pollution Load Capacity for Water Functional Zones
7.1 Definition and Connotation of Pollution Load Capacity
7.2 Technical Route and Requirements
7.3 Design Conditions for Pollution Load Capacity
7.4 Calculation of Pollution Load Capacity
7.5 Example Analysis and Rationality Check of Functional Zone Pollution Load Capacity
8 Total Control Planning for Pollutants
8.1 Significance of Formulating Total Control Planning for Pollutants
8.2 Technical Route and Requirements
8.3 Control and Reduction Amounts of Pollutants River Input
8.4 Control and Reduction Amounts of Pollutant Land Emissions
8.5 Rationality Check of Control and Reduction Amounts
8.6 Examples and Analysis of Pollutant Control and Reduction Amounts
9 Drinking Water Source Protection Planning
9.1 Technical Route
9.2 Basic Survey of Drinking Water Source Areas
9.3 Investigation and Evaluation of Pollution Sources in Drinking Water Source Areas
9.4 Evaluation of Water Quality in Drinking Water Source Areas
9.5 Division of Protected Areas and Determination of Water Quality Goals
9.6 Control Plan for Pollutant Emissions
9.7 Protection Countermeasures and Management Supervision Measures for Drinking Water Source Areas
10 Groundwater Water Resources Protection Planning
10.1 Planning Scope
10.2 Planning Tasks
10.3 Planning Goals
10.4 Basic Survey of Planning Areas
10.5 Planning for Groundwater Overexploitation Areas
10.6 Planning for Groundwater Pollution Areas
10.7 Groundwater Water Resources Protection Measures
11 Water Resources Protection Monitoring Planning
11.1 Planning Objectives
11.2 Basic Principles
11.3 Planning Goals
11.4 Planning Content
11.5 Monitoring Scope
11.6 Current Status of Water Quality Monitoring
11.7 Layout of Sections (Monitoring Points)
11.8 Monitoring Plan
11.9 Estimation of Monitoring Costs
11.10 Deliverables
11.11 Suggestions for Station Network Management and Supervision
12 Countermeasures and Measures for Water Resources Protection
12.1 Pollution Source Control
12.2 Engineering Measures for Water Resources Protection
12.3 Management and Control Measures for Water Resources Protection
12.4 Legal and Regulatory Measures for Water Resources Protection