Impact of Chlorine Dioxide on Transmission, Treatment, and Distribution System Performance
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The goal of the research reported here was to determine whether the East Bay Municipal Utility District can replace free chlorine with chlorine dioxide for biofouling suppression in its aqueduct and open- air treatment basins, with the aim of reducing trihalomethane and haloacetic acid concentrations without sacrificing treatment performance. The study concludes that chlorine dioxide is at least as effective as chlorine in controlling attached bacterial growth at the district's water treatment plant. Andrews is affiliated with the Department Civil Engineering at the University of Toronto, Canada. Annotation ©2005 Book News, Inc., Portland, OR
List Of TablesList Of Figures ForewordAcknowledgments Executive Summary Chapter 1: Introduction, Objectives, And Background Chapter 2: Biological Growth Control In Open-Air Basins Chapter 3: Biological Growth Control In The Aqueduct Chapter 4: Impact Of Clo2 On Subsequent Treatment ProcessessChapter 5: Impact Of Clo2Chapter 6: Conclusions And RecommendationsAppendix A: Aquatic Toxicity Of Clo2 And Clo2 By-ProductsReferences Abbreviations
