Fundamentals of Separation Processes; Basic definitions of relevant terms. Membrane based separation processes; fundamentals and various terms; classifications; Design aspects: various models and their applicabilities.
External field induced membrane separation processes for colloidal particles; fundamentals of various colloid separation; derivation of profile of electric field strength; coupling with membrane separation and electrophoresis. Gas separation; Surfactant based separation processes.
Liquid membranes:
- Fundamentals and modeling.
- Micellar enhanced separation processes.
- Cloud point extraction;Centrifugal Separation processes and their calculations.
- Ion exchange and chromatographic separation processes.
- Supercritical fluid extraction.
Course topics:
- Fundamentals of Separation Processes.
- Basic definitions of relevant terms.
- Membrane based separation processes:
- Fundamentals and various terms.
- Classifications.
- Design aspects: various models and their applicabilities.
- External field induced membrane separation processes for colloidal particles:
- Fundamentals of various colloid separation.
- Derivation of profile of electric field strength.
- Coupling with membrane separation and electrophoresis.
- Gas separation.
- Surfactant based separation processes:
- Liquid membranes: fundamentals and modeling.
- Micellar enhanced separation processes.
- Cloud point extraction.
- Centrifugal Separation processes and their calculations.
- Ion exchange and chromatographic separation processes.
- Supercritical fluid extraction.
