Water Supply Development for Membrane Water Treatment Facilities

Content: Cover
 Half Title
 Title Page
 Copyright Page
 Dedication Page
 Preface
 The Author
 Table of Contents
 SECTION I: Water Supply Needs and Changing Technology
 Chapter 1: Population Growth and Freshwater Supply Depletion
 Chapter 2: Membrane Water Treatment and Technology Improvement
 References for Further Reading
 SECTION II: The Membrane Water Treatment Process and Water Chemistry Considerations
 Chapter 3: Water Treatment and the Principles of Membrane Processes
 Chapter 4: Feedwater Quality and Membrane Treatment
 Chapter 5: Chemistry of Concentrate Water
 References for Further Reading. SECTION III: Surface Water as a Feedwater SourceChapter 6: Physical, Biological, and Chemical Characteristics
 Chapter 7: Conventional Surface Water Intake Designs
 Chapter 8: Modified or Alternative Surface Water Intake Systems
 References for Further Reading
 SECTION IV: Groundwater as a Feedwater Source
 Chapter 9: Groundwater Hydrology and the Utilization of Membrane Water Treatment Processes
 Chapter 10: Modeling and Wellfield Design
 Chapter 11: Production Well Design, Construction, and Maintenance
 Chapter 12: Wellfield Monitoring and Design Adjustments. Chapter 13: Troubleshooting and Production Well FailureReferences for Further Reading
 SECTION V: Improvement of Membrane Treatment Plant Efficiency
 Chapter 14: Aquifer Storage and Recovery Technology
 References for Further Reading
 SECTION VI: Concentrate Water Disposal
 Chapter 15: Methods of Concentrate Disposal
 References for Further Reading
 SECTION VII: Operating Membrane Feedwater Wellfield Case Histories
 Chapter 16: Historical Wellfield Performance at the Island Water Association Facility, Sanibel Island, Florida. Chapter 17: Design, Materials Selection, and Performance of the City of Cape Coral Wellfield, Cape Coral, FloridaChapter 18: Design, Performance, and Modification of the Dare County, North Carolina Wellfield
 References for Further Reading
 Index.