The Principles and Methods of Total Quantity Control of Water Pollutant Capacity in River Functional Areas

Author: Zhang Yuqing
Publisher:
Publish Date: 2001-08-01
Features: This book is divided into seven chapters, among which Chapter comprehensively discusses and introduces the basic concepts, content, characteristics, application conditions, main basic work, implementation steps, and the relationship between total control and the national eight management systems. Chapter 2 discusses the technical key points of total control, the input-response relationship between pollution sources and environmental protection targets, specifically the proposed basic equations for the migration and transformation of pollutants in natural water bodies, as well as the analytical solution methods and processes. Chapter 3 focuses on the principles and methods for predicting the distribution of water temperature in thermal pollution zones and pH values in acid-base pollution zones, as well as control calculations. Chapter 4 discusses several important related parameters in total control, namely the lateral mixing coefficient, the maximum length, maximum width, area of the pollution concentration line, and the determination methods of model parameters in the total calculation of pollution zones and functional areas, as well as the model calibration process and conclusions. Chapter 6 argues the principles and methods for determining the total capacity. Chapter 7 discusses the principles and methods for allocating the total capacity.