Mass Transfer Operations
- week 01:Introduction to mass transfer and its applicationsl
- week 02 : Molecular diffusion in fluids-Flux definition, Fick s Law, Steady state molecular diffusion
- week 03 : Molecular diffusion in fluids-Types of diffusion, Diffusion in gases and liquids
- week 04: Molecular diffusion in fluids-diffusion in Non-Cartesian systems
- week 05: Molecular diffusion in fluids-Second Ficks law, Differential equation in mass transfer
- week 06: Convective mass transfer, Definitions, Mass transfer coefficient, Theories of mass transfer
- week 07: Convective mass transfer- Mass transfer coefficient calculations
- week 08: Convective mass transfer-Analogies Between transport phenomena
- week 09: Interphase mass transfer- Equilibrium,in mass transfer
- Week 10: Interphase mass transfer- Resistances, Material Balance, Unsteady state Processes
- Week 11: Interphase mass transfer- Co-current and counter-current processes, Calculations of transfer units
- Week 12: Gas-liquid contactors- Equipment, Design of Tray Towers
- Week 13: Gas-liquid contactors- Design of Packed Towers
- Week 14 : Gas absorption- Isotermal and non-isothermal processes
- Week 15: Gas absorption- Calculation of height of continuous contact towers