Detailed Explanation of Engineering Design Examples for Biological Wastewater Treatment

Author: Ruan Wenquan
Publisher:
Publish Date: 2006-03-01
Features: This book details the design processes for biological treatment of various organic wastewater and summarizes the biological treatment methods for 8 representative industrial wastewater types, including biopharmaceutical wastewater, citric acid wastewater, coking wastewater, and steel wastewater. It elaborates on the sources, hazards, main treatment technologies, and operational effects of various industrial wastewater. It also provides detailed analysis and calculations of current primary biological treatment processes, such as the aerobic high-efficiency circulating reactor (JLCR), upflow anaerobic sludge bed reactor (UASB), expanded granular sludge bed reactor (EGSB), internal circulation anaerobic reactor (IC), aeration biological filter (ABF), cyclic activated sludge reactor (CAST), adsorption biological degradation process (AB), anaerobic-anoxic-oxic process (A2/O), deep-well aeration method, contact oxidation method, and immobilized biological enhancement technology. The book includes complete design and process analysis, listing the calculation details of each biological treatment unit. The content is comprehensive, the data is rich, and the practicality is strong. This book is suitable for researchers, designers, operators, technical personnel, and planning management personnel in environmental engineering and water supply and drainage fields. It can also serve as a textbook for the "Wastewater Treatment Engineering and Design" course in environmental engineering at colleges and universities. This book details the design processes for biological treatment of various organic wastewater, summarizes the biological treatment methods for 8 industrial wastewater types, elaborates on the sources, hazards, main treatment technologies, and operational effects of various industrial wastewater, and provides detailed analysis and calculations of current primary biological treatment processes, along with complete design and process analysis, listing the calculation details of each biological treatment unit. The content is comprehensive, the data is rich, and the practicality is strong. This book is suitable for researchers, designers, operators, technical personnel, and planning management personnel in environmental engineering and water supply and drainage fields. It can also serve as a textbook for the "Wastewater Treatment Engineering and Design" course in environmental engineering at colleges and universities.