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Nanofiltration by porous inorganic membranes.

Toshinori Tsuru

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Abstract

Nanofiltration by porous inorganic membranes is reviewed from the viewpoint of preparation methods as well as the applications. Sol-gel methods have been widely applied to fabricate porous inorganic membranes, and alumina, titania, zirconia and silica-zirconia have been successfully applied to fabricate inorganic membranes having nanofiltration performance.Summarized are also other preparation techniques including pyrolysis of polymeric membranes, organic/inorganic hybrid membranes, hydrothermal method for zeolite membranes, anodic oxidation, dynamic membranes, clay membranes. Applications of inorganic membranes reviewed are categorized into separation of electrolytes, nanofiltration of organic solutions, electro-ultrafiltration and membrane reactor application.

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Nanofiltration by porous inorganic membranes is reviewed from the viewpoint of preparation methods as well as the applications. Sol-gel methods have been widely applied to fabricate porous inorganic membranes, and alumina, titania, zirconia and silica-zirconia have been successfully applied to fabricate inorganic membranes having nanofiltration performance.Summarized are also other preparation techniques including pyrolysis of polymeric membranes, organic/inorganic hybrid membranes, hydrothermal method for zeolite membranes, anodic oxidation, dynamic membranes, clay membranes. Applications of inorganic membranes reviewed are categorized into separation of electrolytes, nanofiltration of organic solutions, electro-ultrafiltration and membrane reactor application.

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Available abstract

Nanofiltration by porous inorganic membranes is reviewed from the viewpoint of preparation methods as well as the applications. Sol-gel methods have been widely applied to fabricate porous inorganic membranes, and alumina, titania, zirconia and silica-zirconia have been successfully applied to fabricate inorganic membranes having nanofiltration performance.Summarized are also other preparation techniques including pyrolysis of polymeric membranes, organic/inorganic hybrid membranes, hydrothermal method for zeolite membranes, anodic oxidation, dynamic membranes, clay membranes. Applications of inorganic membranes reviewed are categorized into separation of electrolytes, nanofiltration of organic solutions, electro-ultrafiltration and membrane reactor application.

Key concepts: Nanofiltration, Membrane, Ultrafiltration (renal), Chemical engineering, Materials science, Cubic zirconia, Porosity, Electrolyte

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