Biological and Chemical Industrial Wastewater Treatment Technology and Engineering Examples

Author: Mai Wenning
Publisher:
Publish Date: 2002-07-01
Features: This book is one of the "Environmental Engineering Case Series." It comprehensively and systematically elaborates on the biological treatment technology of biochemical wastewater, with a focus on introducing the treatment technologies and engineering cases for starch industry wastewater, beer industry wastewater, alcohol industry wastewater, MSG (monosodium glutamate) industry wastewater, citric acid industry wastewater, and antibiotic industry wastewater. It selects more than 50 typical engineering cases, introducing their water quality and quantity, treatment processes, design parameters, main structures, equipment operation conditions, and economic analysis. Combined with engineering cases, it introduces the preparation methods and main content of feasibility studies and preliminary designs for industrial wastewater treatment projects, emphasizing the design calculations and startup and operation methods of anaerobic bioreactors. The appendix includes the "Comprehensive Discharge Standard for Sewage" and a Chinese-English glossary of water treatment terms. The book emphasizes the close integration of wastewater treatment technology and engineering practice, with rich content and strong practicality. The author is dedicated to the research and development of biological treatment technology for organic wastewater and antibiotic industry wastewater treatment processes. He has successfully applied advanced and practical waste lubricant biological treatment technologies such as ABR, UBF, and CASS to wastewater treatment projects in antibiotic and beer industries. Engineering applications have demonstrated high treatment efficiency, strong operational stability, low initial investment and treatment costs, achieving significant environmental and economic benefits. The book provides a detailed introduction to the relevant research results. This book can be used by researchers, engineering technicians, and management personnel in the field of water treatment, as well as by faculty and students of environmental engineering and water supply and drainage engineering programs in universities.