Wastewater Biological Treatment Application Technology and Engineering Examples

Author: Zhou Zhengli
Publisher:
Publish Date: 2006-06-01
Features: This book first introduces commonly used and promising biological wastewater treatment technologies, including activated sludge process, AB process, oxidation ditch, A/O and A2/O process, SBR process, biological filter, advanced oxidation process, biological contact oxidation process, biological fluidized bed, biological rotating disc, UASB, anaerobic biological filter, anaerobic digestion tank, stabilization pond, and membrane bioreactor. It then discusses indicator organisms in biological treatment, deep biological wastewater treatment and reuse. Following this, it provides in-depth analysis of hot topics such as online monitoring technologies for wastewater and surface water, operational control of wastewater treatment plants, and biotechnological upgrades of wastewater treatment plants.
Based on theoretical analysis, the second part of the book lists engineering application examples of activated sludge process, AB process, oxidation ditch, A/O and A2/O process, biological filter, biological contact oxidation process, UASB, stabilization pond, and membrane water treatment technologies. The book offers profound theoretical analysis and abundant examples, making it a valuable reference for water treatment engineering technicians and operators, designers, researchers, and developers. It can also serve as a teaching reference for university faculty and students, as well as learning and training material for frontline workers in wastewater treatment plants.
The first part of the book is titled "Biological Wastewater Treatment Application Technology," which focuses on fundamental theories, process flows, and application techniques of biological wastewater treatment, as well as how to utilize biological wastewater treatment systems. It also provides advanced standardized and normalized wastewater testing methods in China that are equivalent to national standard monitoring methods, offering commonly used and essential monitoring techniques for wastewater treatment plants, making them convenient to use.
The second part of the book is titled "Biological Wastewater Treatment Technology Engineering Examples," which combines theoretical knowledge with practical engineering applications. These examples are highly practical for designing, constructing, and managing biological wastewater treatment projects. The book summarizes a wealth of domestic and international biological wastewater treatment application technologies, supported by numerous successful case studies. With clear process flows, reliable operational data, and concise design calculations, it serves as a convenient reference for readers to learn from and consult.