Wastewater Resource Recovery and Wastewater Irrigation Technology Research

Author: Zhou Zhenmin
Publisher:
Publish Date: 2007-01-01
Features: This book is a specialized monograph on systematic research on regional wastewater resource utilization. Taking Kaifeng City as an example, it combines the wastewater discharge conditions and comprehensive development and utilization status of Kaifeng City and its surrounding areas, applying multidisciplinary theories and integrating wastewater treatment engineering, municipal engineering, and wastewater discharge engineering to conduct a systematic study on wastewater resource utilization in Kaifeng City. The book is divided into 9 chapters, with the main research contents including:
Planning and technology of wastewater resource monitoring network;
Optimization and design research on wastewater resource utilization systems;
Research and popularization of wastewater treatment measures and wastewater resource utilization technology;
Development and application of river water quality simulation information management system software;
Research on total water pollutant control, discharge reduction calculation, and measures;
Experimental research on wastewater irrigation technology;
Mathematical modeling of urban rainstorm runoff—water use—drainage—water quality;
Social and economic benefit analysis of wastewater irrigation;
Research on wastewater resource utilization water quality standards;
Design research on key wastewater treatment projects;
Evaluation of wastewater irrigation systems and prediction of soil pollution trends;
Application of the Analytic Hierarchy Process (AHP) model in wastewater resource utilization evaluation;
Theoretical research on wastewater reuse water pricing, etc.
This book is suitable for researchers in the fields of water conservancy engineering, hydrology and water resources, water resources planning, urban planning and management, urban water affairs, wastewater treatment and water environmental protection, agricultural wastewater irrigation, and agricultural planting planning, as well as government management personnel, decision-makers, and relevant technical personnel. It can also serve as a selective teaching material for undergraduate and graduate students in relevant disciplines at colleges and universities.