Water Distribution System Monitoring A Practical Approach for Evaluating Drinking Water Quality
To keep drinking water safe involves more than following the letter of the law. This book introduces a comprehensive perspective and a proactive step-by-step approach to maintaining drinking water quality in distribution systems, and aids in delivering verifiably safe and economical water to end users.
This second edition is updated throughout, and reflects the latest processes for improving drinking water quality in water systems and bringing those systems into compliance with the Lead and Copper Rule, the Disinfection By-Products Rule, and the Total Coliform Rule. It also presents the latest techniques for calming discolored water issues, keeping microbiological growth and biofilm formation in check, and preventing the formation of pinhole leaks in copper pipes. The book also aids in determining side effects of treatment chemicals, achieving simultaneous compliance with multiple regulations, and optimizing treatment chemical dosages.
A typical water distribution system is complex and chaotic with varying piping configurations, water flows, chemical reactions, and microbiological activity. It is, therefore, no surprise that monitoring and assessing water quality can be a daunting task. Water Distribution System Monitoring: A Practical Approach for Evaluating Drinking Water Quality simplifies this task by providing the tools for well-defined and measurable control of water quality.
Chapter 1 Introduction
Chapter 2 A Comprehensive Perspective of Drinking Water Quality
Chapter 3 A Quick but Powerful Assessment of Drinking Water Quality
Chapter 4 Strategic Planning for Improved Water Quality
Chapter 5 Data Management and Analysis
Chapter 6 Case Studies
Chapter 7 A Philosophy of Drinking Water Quality Control
Appendix A: Process Research Solutions Monitoring Station
Appendix B: Analyzing Pipe Wall Accumulations
Appendix C: Water Quality Measurement Guidelines
"… an informative, how-to-guide for identifying and reversing water quality issues in water systems. Water system operators, plumbers and building maintenance staff can use the step-by-step approach to monitor water quality and prevent costly problems before they emerge."
- Joseph Grande, Madison Water Utility, Madison, Wisconsin, USA
"This book is a well-written, practical guide for developing a distribution system water quality optimization program."
- John Civardi, Mott MacDonald, Arlington, Virginia, USA
"The material was easy to read. Abigail Cantor takes complex processes and breaks them down in a step-by-step procedure so that you don’t need a PhD or an engineering license to optimize drinking water quality or to troubleshoot issues."
- Richard Giani, CH2M, Kansas City, Missouri, USA