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Introduction to Mass Transfer
Lesson 1 of 81 • 477 upvotes • 13:39mins
Umang Goswami
Introduction to Mass transfer
Mass Transfer: Chemical Engineering
81 lessons • 11h 9m
1
Introduction to Mass Transfer
13:39mins
2
Diffusion
13:57mins
3
Molecular Diffusion
9:53mins
4
Diffusivity Prediction and Measurement
10:34mins
5
Continuity equation and diffusion in solids
8:29mins
6
L6: Problems on Diffusion
7:14mins
7
L7: Problems on Diffusion Mass transfer
7:46mins
8
L8: Mass transfer coefficients
10:27mins
9
L9: Dimensionless Numbers and correlations
11:38mins
10
L10: Problems on Dimensionless numbers and correlations
8:18mins
11
L11: Mass transfer coefficients in Laminar Flow
8:59mins
12
L12: Film theory
7:26mins
13
L13: Penetration and surface renewal theory
8:56mins
14
L14: Boundary layer Theory
10:00mins
15
L15: Interphase Mass transfer
12:26mins
16
L16: Interphase mass transfer (contd.)
11:17mins
17
L17: Problems on interphase mass transfer.
8:24mins
18
L18: Problems on interphase mass transfer (contd.)
8:08mins
19
L19: Distillation
10:24mins
20
L23: Flash Distillation
10:31mins
21
L20: Relative volatility and Raoults law
11:51mins
22
L21: Vapor Liquid Equilibria, T-xy Plot
9:44mins
23
L22: Vapor liquid equilibria and P-xy plot
10:01mins
24
L24: Problems on Flash Distillation
8:21mins
25
L25: Simple/ Differential Distillation
8:36mins
26
L26: Problems in Differential distillation
6:02mins
27
L27: Problems on Differential distillation (cont.)
9:51mins
28
L28: Continuous Fractionation
10:38mins
29
L29: Continuous Fractionation (contd.)
9:36mins
30
L30: Feed Conditions
8:04mins
31
L31: Feed line equations
7:33mins
32
L32: Problems on feed line equation
7:35mins
33
L33: Mc- Cabe Thiele method
8:38mins
34
L34: Mc-Cabe Thiele method (contd.)
8:55mins
35
L35: Problems on continuos fractionation
7:16mins
36
L36: Problems on continuous fractionation (contd.)
6:46mins
37
L37: Problems on continuous fractionation (contd.)
7:12mins
38
L38: Maximum and minimum reflux ratio
9:07mins
39
L39: Problems on maximum and minimum reflux ratio
7:48mins
40
L40: Azeotropic and extractive distillation
7:13mins
41
L41: Absorption Material Balance
13:23mins
42
L42: Material balance (contd.)
7:09mins
43
L43: Cascade material balance
11:09mins
44
L44: Kremser Brown equation
7:31mins
45
L45: Absorption
8:52mins
46
L46: Absorption (contd.)
8:24mins
47
L47: Height of the tower
8:37mins
48
L48: Height of Tower (contd.)
8:04mins
49
L49: Height of tower (contd.)
7:31mins
50
L50: Height of tower (contd.) And HETP
7:31mins
51
L51: Numericals on absorption
6:26mins
52
L52: Numericals on Absorption (contd.)
7:50mins
53
L53: Numericals on Absorption (contd.)
5:12mins
54
L54: Drying
6:55mins
55
L55: Drying (contd.)
6:20mins
56
L56: Thermodynamics of Drying
7:09mins
57
L57: Drying curves
12:07mins
58
L58: Heat transfer aspect of drying
7:04mins
59
L59: Heat transfer spect of drying (contd.)
6:53mins
60
L61: Numericals on drying
7:03mins
61
L62: Numericals on drying
6:23mins
62
L63: Numericals on drying
6:43mins
63
L64: Numericals on drying
4:34mins
64
L65: Liquid liquid extraction
5:22mins
65
L66: Thermodynamics of liquid liquid extraction
6:51mins
66
L67: Thermodynamics of liquid liquid extraction
6:46mins
67
L68: Thermodynamics of liquid liquid extraction Type 2 system
6:38mins
68
L69: Solvent selection
6:18mins
69
L60: Numericals on drying
5:48mins
70
L70: Multistage extraction
8:59mins
71
L71: Numericals on LLE
7:46mins
72
L72: Numericals on LLE
5:36mins
73
L73: Numericals on LLE
7:00mins
74
L74: Numericals on LLE
5:46mins
75
L75: Adsorption
7:19mins
76
L76: Adsorption
6:42mins
77
L77: Numericals on Absorption
5:50mins
78
L78: Numericals on Adsorption
5:51mins
79
L79: Equipment for gas liquid operations
6:26mins
80
L80: Equipment for gas liquid separation
5:08mins
81
L81: Crystallisation
11:02mins
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