Machine generated contents note: Chapter 1. Sewer Systems and Processes1 -- 1.1 Introduction and Purpose 1 -- 1.2 Sewer Developments in a Historical Perspective 4 -- 1.3 Types and Performance of Sewer Networks 5 -- 1.4 The Sewer as a Reactor for Microbial Processes 7 -- 1.5 A New Approach 9 -- Chapter 2. Chemical and Physicochemical Aspects -- of In-Sewer Processes11 -- 2.1 Redox Reactions 11 -- 2.2 Chemical Kinetics in a Microbiological System 25 -- 2.3 References 36 -- Chapter 3. Wastewater in Sewers - Substrates -- and Microbiology 37 -- 3.1 Quality of Wastewater 37 -- 3.2 Microbial Reactions and Quality of Substrate 40 -- 3.3 References 63 -- Chapter 4. Air-Water Equilibrium and Mass Transfer - -- Odors and Reaeration in Sewers65 -- 4.1 Air-Water Equilibrium Conditions 66 -- 4.2 Air-Water Transport Processes 73 -- 4.3 Odorous Compounds in Sewer Networks 77 -- 4.4 Reaeration in Sewer Networks 85 -- 4.5 References 91 -- Chapter 5. Aerobic and Anoxic Processes - Process -- Concept and Model95 -- 5.1 Illustration of Aerobic Transformations in Sewers 96 -- 5.2 A Concept for the Aerobic Microbial Transformations -- of Wastewater in Sewers 99 -- 5.3 Process Descriptions 106 -- 5.4 Sewer Process Model 112 -- 5.5 Oxygen Mass Balance and Modeling in Sewers 115 -- 5.6 Anoxic Transformations in Sewers 121 -- 5.7 References 125 -- Chapter 6. Anaerobic Processes - Sulfide Formation -- and Integrated Modeling129 -- 6.1 Hydrogen Sulfide in Sewers - A Historical Overview 129 -- 6.2 Hydrodgen Sulfide in Sewer Networks 131 -- 6.3 Anaerobic Microbial Transformations of Organic -- Matter in Sewers 158 -- 6.4 An Integrated Aerobic-Anaerobic Model Concept -- for Microbial Wastewater Transformations 160 -- 6.5 References 166 -- Chapter 7. Methods for Sewer Process Studies -- and Model Calibration171 -- 7.1 Methods for Field-, Pilot-, and Bench-Scale Studies 171 -- 7.2 Methods for Determination of Components and -- Parameters for Sewer Process Modeling 181 -- 7.3 Final Remarks 200 -- 7.4 References 201 -- Chapter 8. Applications - Integrated Process Design -- and Operation of Sewers205 -- 8.1 Wastewater Design - An Integrated Approach for -- Wastewater Treatment 205 -- 8.2 Structural and Operational Impacts on Wastewater -- Quality Transformations in Sewers 206 -- 8.3 Tools for Prediction of Sewer Processes 211 -- 8.4 Model Simulations of Sewer and Treatment -- Plant Interactions 214 -- 8.5 Sewer Processes in an Integrated and Sustainable -- Perspective 223 -- 8.6 References 227 -- Appendix A: Nomenclature 229 -- Index 233 -- About the Author 237

1. Sewage -- Microbiology
2. Sewage -- Analysis
3. Sewerage -- Design and construction
4. Electronic books.