Water treatment membrane processes
Lyonnaise des Eaux
Abstract
Lyonnaise des Eaux
Abstract
Part 1 An overview of membrane processes and their application in water treatment: the emergence of membranes in water and wastewater treatment membrane applications - a contaminant-based perspective categories of membrane technologies. Part 2 Principles of membrane performance: models of rejection in dP processes models for sensitivity in electrodialysis models for selectivity in multiphase processes mass transport and permeate flux in dP processes biofouling of membranes. Part 3 Process applications: field evaluation and piloting reverse osmosis nanofiltration ultrafiltration microfiltration electrodialysis. Part 4 Membrane reactors: PAC/membrane reactors coagulation and membrane separation membrane bioreactors ion exchange membrane reactors. Part 5 Future developments.
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Part 1 An overview of membrane processes and their application in water treatment: the emergence of membranes in water and wastewater treatment membrane applications - a contaminant-based perspective categories of membrane technologies. Part 2 Principles of membrane performance: models of rejection in dP processes models for sensitivity in electrodialysis models for selectivity in multiphase processes mass transport and permeate flux in dP processes biofouling of membranes. Part 3 Process applications: field evaluation and piloting reverse osmosis nanofiltration ultrafiltration microfiltration electrodialysis. Part 4 Membrane reactors: PAC/membrane reactors coagulation and membrane separation membrane bioreactors ion exchange membrane reactors. Part 5 Future developments.
Key concepts: Electrodialysis, Membrane, Microfiltration, Ultrafiltration (renal), Nanofiltration, Membrane technology, Forward osmosis, Reverse osmosis