Optimizing Corrosion Control In Water Distribution Systems

List of Tables List of Figures List of Photographs Foreword Acknowledgements Executive Summary Chapter 1: Introduction Background Project Description Objectives of the Research Project Chapter 2: Literature Review and Theory Background Why Use Electrochemical Methods for Corrosion Monitoring? Electrochemical Noise State-of-the-Art Electrochemical Methods Electrochemical Noise Corrosion Monitoring Linear Polarization Resistance Stern-Geary Constant What Does All This Mean? Electrochemical Noise Monitoring Corrosion Inhibitors Chapter 3: Methods and Materials Introduction Electrochemical Noise Monitoring Corrosion Test Rack and Associated Equipment Corrosion Monitoring Protocol Post Test Examinations of Electrodes Water Quality and Corrosion Monitoring Chapter 4: Las Vegas Valley Water District 2nd Experimental Run Corrosion Rate Comparison Water Quality Results Chapter 5: Irvine Ranch Water District Chapter 6: Pinellas County Utilities Chapter 7: City of Sarasota Utilities Chapter 8: Discussion Water Quality Regression Analysis of Iron Corrosion and Water Quality EN Corrosion Rate Comparison City of Sarasota Irvine Ranch Water District Las Vegas Valley Water District Pinellas County Utilities Inhibitor Evaluations City of Sarasota Irvine Ranch Water District Las Vegas Valley Water District Pinellas County Utilities Summary of Beneficial Use Chapter 9: Conclusions and Recommendations Appendix A: Microscopy Data Appendix B: En Noise Data, Surface Characterization Date and Other Information From Experimental Runs Appendix C: Water Quality Data Appendix D: Si Equivalent Units References AbbreviationsDuranceau, Steven J. is the author of 'Optimizing Corrosion Control In Water Distribution Systems', published 2004 under ISBN 9781583213261 and ISBN 1583213260.