Wastewater Treatment for your advanced course
Textbooks for wastewater treatment often seek to cover all aspects of wastewater treatment - from historical development to practical design and operation, modelling of the processes, and how to use models for further optimized operation.
The present textbook is based on a different approach. The aim is to provide the fundamental understanding of the underlying biological and chemical processes in wastewater treatment and how they are expressed in treatment plants.
Wastewater Treatment - Biological and Chemical Processes was developed at The Technical University of Denmark (DTU) for advanced courses in wastewater treatment for students already having the basic understanding of the topic.
The book presents basic data on wastewater flows and composition and the principles and fundamentals of the biological and chemical processes taking place at most wastewater treatment plants.
The processes are linked with mass balances that enable understanding and design of the often, complicated combinations of basic processes that constitute real wastewater treatment plant.
In addition, this concept is necessary for utilization of mathematical models of treatment plants for trouble shooting and optimization of plant operation.
The book is introduced with chapters on volumes and composition of wastewater as well as methods for characterization.
A comprehensive chapter introduces all the basic biological processes relevant to the present wastewater treatment. Next, the theory behind dominating plant types based on activated sludge and biofilters are presented, including typical design principles.
Four chapters detail processes, plant types and design of plants for nitrification, denitrification, biological phosphorus removal and anaerobic treatment including the Anammox for anaerobic treatment of digester supernatant.
The last chapters deal with chemical precipitation of phosphorus and removal of organic micropollutants, including oil related compounds, pharmaceuticals, etc.
Order your copy today
Are you a lecturer considering using this book for your course? Contact us for a review copy at email@example.com
Wastewater Treatment for your professional use
Contents at a glance:
1. Wastewater, Volumes and Composition2. Characterization of Wastewater and Biomass
3. Basic Biological Processes
4. Activated Sludge Treatment Plants
6. Treatment Plants for Nitrification
7. Treatment Plants for Denitrifikation
8. Plants for Biological Phosphorus Removal
9. Hydrolysis/fermentation, Anaerobic Wastewater Treatment and
Anaerobic Ammonium Oxidation
10. Treatment Plants for Phosphorus Removal
11. Removal of organic micropollutants
A short history of the book
This 4’th English edition of “Wastewater Treatment - Biological and Chemical Processes” is based on a forty year long development of the fundamental ambition - to be the scientific basis for wastewater treatment technology.
The idea to create a book was initiated in 1972 where we began to produce lecture notes at the Department of Sanitary Engineering, now DTU Environment, Technical University of Denmark.
The notes were slowly developed over the years and the first Danish edition was published in 1990. The second Danish edition came in 1992 and was translated into the first English edition (1995). The second English edition (1997) was translated into Polish and Chinese (2000). The third edition that came in English (2002) was translated back to Danish (2003) and into Russian (2004).
The guiding principle for the development of the book has been to provide a basis for process understanding, design and optimization of wastewater treatment plants. It is written for M.Sc. and Ph.D. students, consulting engineers and process engineers at wastewater treatment plants. Over the years, the text has been expanded with new developments but also shortened and rewritten where knowledge is outdated.
The editor of the textbook until this edition has been Mogens Henze. Without his engagement and never-ending enthusiasm for the book, this development would not have been possible.
Birkerød, Spring 2019
Jes la Cour Jansen and Erik Arvin