 By
John W. Nicklow, Paul F. Boulos, and Misgana K. Muleta
This book covers what wastewater professionals and students need to know on planning, designing, analyzing, and operating sanitary, storm and combined sewer systems more efficiently and effectively.
Topics range from basic open channel flow theory and sophisticated rainfall-runoff modeling to dynamic (unsteady) routing of combined sanitary sewerage and stormwater and water quality analysis.
Comprehensive in scope, the book includes detailed descriptions of how to simulate hydrogen sulfide generation, degradation and release in both gravity and pressure mains; rates of microbially-induced corrosion; sediment transport and deposition; time of concentration; biochemical oxygen demand; pollutant loading, transport and buildup; and tracing of domestic, commercial and industrial contributions.
This book also features in-depth examinations of state-of-the-art sewer systems analysis and modeling techniques; explores the most current knowledge and technologies, and provides the detailed explanations needed to become a master modeler. Over 100 worked-out example problems round out this impressive text.
Table of Contents
1.Overview of Sewer Collection Systems
2.Load Estimation
3.Hydraulics of Steady Sewer Flows
4.Unsteady Flow Hydraulics
5.Water Quality Analysis
6.Management of Storm and Combined Sewer Overflows
7.Regulations of Sewer Systems
8.Management of Urban Watershed
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