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| SL.No | Description of Experiment |
|---|---|
| 1 | To conduct surface evaporation experiment and verify “HIMUS EQUATION”. |
| 2 | To determine the diffusion co-efficient (diffusivity) of organic vapour in air & to compare with calculated values from theoretical/ empirical equations. |
| 3 | To verify ‘Rayliegh’s Equation by differentially distilling the given binary Mixture (SYSTEM: Methanol-Water) |
| 4 | To study the characteristics of steam distillation and to determine (a) vaporization efficiency and (b) thermal efficiency |
| 5 | To study the drying characteristics by drying the given sample in a tray Dryer and to determine the mass transfer and heat transfer co-efficient. |
| 6 | To study the drying characteristics by drying the given sample in vacuum dryer. |
| 7 | To determine the constants of Freundlich Equation from given data and determine increase in percentage of adsorption in a two stage cross current operation over a single stage operation both experimentally and theoretically. |
| 8 | To carry out Extraction in a three stage cross current operations and in single Stage operations and find the % increase in solute extracted by three stage cross current . |
| 9 | To carry out Leaching in a three stage cross current operations and in a single stage operations and find the % increase in solute leached by three stage cross current (and to determine stage efficiency for both single stage and three stage cross current) |
| 10 | To draw the (i) Binodal equilibrium solubility curve for the given Ternary system A (Diluent) – B(Solvent)- C(solute) . Also to plot (ii) N-X-Y co-ordinates and (iii) the Distribution curves (iv) wt fraction C vs wt fraction Bfor (a) systems (a)of Two pairs completely soluble and (b)one pair Partially Soluble (Type-A) and One pair completely soluble and two pairs partially soluble Type-A ex: Toluene (A) –Water (B) - Methanol (C) |
| 11 | To determine (i) the specific rate of dissolution of Benzoic acid in sodium hydroxide solution with instantaneous reaction and (ii) the dissolution transfer co- efficient for physical dissolution of Benzoic acid in Deionzed water. |
| 12 | To determine the mass transfer coefficient in a wetted wall column. |
| 13 | To determine VLE data using a device that ensures equilibrium between the liquid and the vapor. |
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