Richard Field, U.S. EPA, Edison, New Jersey, USA
Daniel Sullivan, U.S. EPA, Edison, New Jersey, USA
Anthony N Tafuri, US - EPA
- Describes techniques for managing CSO in the urban watershed, including source control, storage, treatment, disinfection, and system optimization
- Presents control methods that can be used by municipalities developing long-term CSO Control Plans (LTCPs)
- Provides an extensive review and evaluation of state-of-the-art literature
- Brings together information on the most efficient use of storage, treatment, and collection system technologies
Approximately 15,000 combined sewer overflow events (CSOs) occur annually. During peak storm events they can release about 1.2 trillion gallons of waste and up to 95% of a municipality's raw sewage into surface waters. Although many cities have initiated programs, the CSO problem remains largely unsolved and continues to be a major area of responsibility for environmental professionals, engineers, and public works officials.
Sponsored by the EPA, written by internationally recognized experts, and subjected to extensive peer review, Management of Combined Sewer Overflows provides the latest information on the subject from analysis of contaminants to long-term CSO control plans. Coverage includes:
- CSO analysis and characterization of contaminants
- Analysis and characterization of receiving-water impacts
- Methods of control such as storage, treatment, disinfection, and systems optimization
- Regulations and compliance
- Systems retrofits and upgrades
- Long-term CSO control plans
- Research and design needs
Abatement or prevention of pollution stormwater runoff and CSOs is one of the most challenging areas in the environmental engineering field. The facts of life - from an engineering standpoint - are difficult to face in terms of design and cost. And operational problems can be just as foreboding. A reference for anyone combating urban wet-weather-induced water pollution, Management of Combined Sewer Overflows covers the gamut of engineering requirements, from pollution problem assessment and associated tools, to management and control planning and design.
