Drainage Engineering (Volume 2) (Fourth Edition) (Recommended Teaching Material for Higher Education)

Author: Zhang Zijie (Editor-in-Chief), Lin Rongchen (et al.)
Publisher:
Publish Date: 2000-06-01
Features: The main content of the second volume of Drainage Engineering focuses on urban wastewater treatment and industrial wastewater treatment technologies. The book is divided into three parts. Part I is the General Introduction, which primarily elaborates on the formation, forms, and classification of wastewater and pollutants; pollution characteristics and pollution indicators; the hazards caused by pollution of various surface waters (rivers, lakes, oceans) and their self-purification laws and mathematical models; relevant water quality standards and laws related to water pollution prevention, etc. The second part is Urban Wastewater Treatment Technology, which comprehensively, systematically, and deeply explains urban wastewater treatment systems, including advanced treatment and reuse, as well as various treatment unit technologies, covering fundamental theories, working principles of treatment equipment, structural characteristics, design, and calculations. This section also provides a systematic and in-depth introduction to sludge treatment and disposal technologies. The third part is Industrial Wastewater Treatment Technology. Industrial wastewater treatment technology is presented as a self-contained system in this book, starting from the formation, classification, and pollution characteristics of industrial wastewater. Based on the characteristics of industrial wastewater, it is elaborated on in a relatively comprehensive manner according to physical treatment methods, chemical treatment methods, physicochemical treatment methods, and biological treatment methods. This book is intended as a teaching text for the four-year undergraduate program in water supply and drainage engineering at higher industrial schools. It can also be used as a reference for technical personnel engaged in design, construction, operation management, and scientific research in water supply, drainage, and environmental engineering.