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Overview of Membrane Separation Classifications and Structures in Filtration Processes

This document by Asep Muhamad Samsudin, S.T., M.T. provides a comprehensive classification of membrane separation technologies. It details various membrane materials including organic and inorganic sources, and discusses structural types such as symmetric and asymmetric membranes. The text explores bulk structure geometry, including flat-sheet, tubular, and hollow fiber configurations, as well as separation regimes like reverse osmosis, ultrafiltration, and microfiltration. This overview serves as a valuable resource for understanding the complexities of membrane design and functionality in separation processes.

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Overview of Membrane Separation Classifications and Structures in Filtration Processes

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  1. MEMBRANE SEPARATION CLASSIFICATION ASEP MUHAMAD SAMSUDIN, S.T.,M.T.

  2. MEMBRANE Material Source Cross-section Structure Bulk Structure Geometry Separation Regime Organic/ Polymer Symmetric Integrally Flat Sheet Porous Inorganic Asymmetric Composite Tubular Nonporous Ion Exchange

  3. Material Source Organic/ Polymer Inorganic Source : www.tjskl.org.cn Source : www.weiku.com

  4. Cross-section Structure Symmetric Asymmetric Source : www.sciencedirect.com

  5. Cross-section Structure Symmetric Asymmetric Source : www.sciencedirect.com

  6. Bulk Structure Integrally Composite Source : http://openi.nlm.nih.gov

  7. Geometry Flat Sheet Tubular Source : www.membranespecialists.com • hollow fiber (d < 0,5 mm) • capiler (d = 0,5  10 mm) • tubular (d 10 mm).

  8. Separation Regime Source : web.ornl.gov Source : glossary.periodni.com Source : www.co2crc.com.au

  9. Material source Cross-section structure Selective barrier regime Bulk structure Membrane process symmetric RO, MF porous UF, MF polymeric integrally ED charge non-porous asymmetric Membrane for separation porous UF, NF non-porous composite NF, RO, PV ED charge non-porous Inorganic

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