Wastewater treatment plant design

Based on the Water Environment Federation's (WEF) MOP 8, Design of Municipal Wastewater Treatment Plants, Wastewater Treatment Plant Design packages the most important design principles and professional experience in wastewater engineering into a useful and organized textbook. Written by world leading experts, the primary purpose of this book is to provide an educational tool for the instructor in assisting students to better learn the theory and practice of wastewater treatment. The book will also be useful for practicing engineers responsible for the planning and design of wastewater treatment facilities. This book is intended for a professional audience, and the assumption is that students using this book have a prior knowledge of basic environmental engineering and fluid mechanics or hydraulics. Knowledge of calculus is helpful but is not essential. In the selection of topics and the presentation of the material, the objective is education as opposed to training. That is, the student is expected to emerge from using this book having not only a knowledge of the technology of wastewater treatment, but also a deeper understanding of the design process. The hope is that upon graduation from this course, the young engineer will be encouraged to always ask the "why" question and challenge the status quo. Wastewater Treatment Plant Design has a wealth of practical design information, as originally collected in the WEF Manual of Practice. Real life design experience is coupled with contemporary theory to produce a book that will have not only immediate value to students and practitioners, but will remain current and useful for years to come.

Fundamentals. The Design Process. Plant Hydraulics. Preliminary Treatment. Primary Treatment. Suspended Growth Biological Treatment. Attached Growth Biological Treatment. Biological Nutrient Removal. Alternative Biological Treatment. Physical/Chemical Treatment. Disinfection, Re-Oxygenation and Odor Control. Production and Transport of Wastewater Sludge. Sludge Conditioning. Sludge Thickening, Dewatering and Drying. Sludge Stabilization. Beneficial Use and Ultimate Disposal.