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AWWA M53 Microfiltration and Ultrafiltration Membranes for Drinking Water, Second edition, 2016
- Cover
- Copyright
- Contents
- Figures
- Tables
- Preface
- Acknowledgments
- Metric Conversions
- Chapter 1 Introduction to Low-Pressure Membrane Processes [Go to Page]
- Process Overview
- Growth of Membrane Technology
- Historical Overview of MF and UF
- Current Status
- Future Trends
- References
- Chapter 2 Water Quality [Go to Page]
- Water-Quality Factors
- Particle Removal
- Microbial Control
- Organic Control
- Inorganic Control
- References
- Chapter 3 Membrane Science and Theory [Go to Page]
- Water Permeation Across Clean MF/UF Membranes
- Reductions in Membrane Productivity
- Summary
- Acknowledgments
- References
- Chapter 4 System Concepts [Go to Page]
- Membrane Materials and Geometries
- Process Design
- MF and UF Operation Concepts
- Membrane Backwashing and Pretreatment/Posttreatment
- Membrane Pretreatment
- Posttreatment
- Chemical Cleaning
- Membrane Integrity Testing
- References
- Chapter 5 Pilot Testing of Membrane Systems [Go to Page]
- Pilot-Testing Protocol
- Hydraulic Performance Evaluation
- Sample Results and Organization of Pilot Study
- References
- Chapter 6 Membrane System Design Concepts [Go to Page]
- Site-Specific Issues
- Membrane-Specific Issues
- Membrane System Design Issues
- References
- Chapter 7 Operations [Go to Page]
- Differences Between MF/UF and Conventional Granular
Media Filtration
- How To Control an MF/UF Plant
- Data Collection and Recordkeeping
- Process Monitoring
- Special Operating Considerations for Various System Designs
- Maintaining Productivity
- Maintaining Filtrate Quality
- Troubleshooting and Proactive Ideas
- Training
- Safety
- References
- Chapter 8 Membrane Applications [Go to Page]
- Membrane Filtration For Turbidity and Microbial Removal in Early Plants
- Integrated Process Applications Emergence of the Predominant Treatment
Approach
- Pretreatment by Low-Pressure Membranes
- Midtreatment Process by Low-Pressure Membranes
- Final Treatment by Low-Pressure Membranes
- Summary
- References
- Chapter 8A San Jose Water Company, Saratoga Water Treatment Plant—Microfiltration
of Variable-Quality River Water
- Chapter 8B Lyonnaise Water, Bernay Water Treatment Plant,
Bernay, France—One of the World’s First Ultrafiltration (UF)
Membrane Facilities
- Chapter 8C Coliban Water, Sandhurst Water Treatment Plant—
Submerged Microfiltration of Reservoir Water
- Chapter 8D Barrow Utilities Electric Cooperative Inc.—Microfiltration/
Nanofiltration Dual-Membrane Plant
- Chapter 8E Brazos River Authority, Lake Granbury Surface Water
Advanced Treatment System—Ultrafiltration/Reverse Osmosis
Integrated Membrane System
- Chapter 8F Seekonk, Massachusetts—Iron and Manganese
Removal Plant
- Chapter 8G Fallon Paiute-Shoshone Tribe—Coagulation/Microfiltration
Facility for Arsenic Removal
- Chapter 8H Lakeview Water Treatment Plant Region of Peel, Ontario,
Canada—Meeting Water-Quality Objectives Through MF
- Chapter 8I Pittsburgh, Pennsylvania, Facility—Polishing of Finished
Water Reservoir Water Using Microfiltration
- Chapter 9 Cost of Microfiltration and Ultrafiltration Membrane Systems [Go to Page]
- Project Management and Administrative Costs
- Membrane Procurement Costs
- Membrane System Capital Cost Considerations
- Additional Capital Cost Considerations
- Operational Costs
- Generalized Membrane Equipment Costs
- Generalized Construction and Installation Costs
- Operations and Maintenance Costs
- Summary
- Chapter 10 Residuals and Their Management [Go to Page]
- Microfiltration/Ultrafiltration Residuals
- MF/UF Residuals Management Mostly States’ Responsibility
- Location a Factor in Choosing Disposal Methods
- Some Backwash Disposal and Treatment Methods More Common Than Others
- Chemicals a Factor in Handling Cleaning Solutions
- Summary
- Recommendations
- References
- Chapter 11 Future Trends in Low-Pressure Membrane Filtration [Go to Page]
- Background
- Survey Description
- Index [Go to Page]
