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Mass Transfer Principles

Track :

Engineering

Lessons no : 33

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What will you learn in this course?
  • Master mass transfer concepts including diffusion, absorption, and distillation in chemical engineering and industrial processes
  • Apply mass transfer principles to optimize separation, purification, and chemical reaction processes in industrial settings
  • Analyze mass transfer operations using Fick’s law, Henry’s law, and other fundamental equations for real-world applications
  • Design efficient mass transfer equipment such as distillation columns, absorbers, and extractors for chemical plants
  • Evaluate mass transfer performance and troubleshoot issues in chemical manufacturing and process industries
  • Implement mass transfer techniques to improve product quality, yield, and process efficiency in industrial operations
  • Utilize mathematical models and simulations to predict mass transfer behavior in complex systems
  • Integrate mass transfer principles with heat transfer and fluid flow for comprehensive process engineering solutions

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Lessons | 33
Mass Transfer Operations II Introduction video
00:05:09

Mass Transfer Operations II Introduction video
Lec 1 Basic concepts Adiabatic saturation temperature
00:45:43

Lec 1 Basic concepts Adiabatic saturation temperature
Lec 2 Design calculations of cooling tower
00:37:16

Lec 2 Design calculations of cooling tower
Lec 3 Design of cooling tower
00:41:11

Lec 3 Design of cooling tower
Lec 4 Design of cooling tower
00:50:59

Lec 4 Design of cooling tower
Lec 5 Air conditioning Example problems on dehumidification
00:37:15

Lec 5 Air conditioning Example problems on dehumidification
Lec 6 Mechanism of drying and drying equilibria drying rate curve
01:19:14

Lec 6 Mechanism of drying and drying equilibria drying rate curve
Lec 7 Drying rate of drying for batch dryers
00:52:55

Lec 7 Drying rate of drying for batch dryers
Lec 8 Drying rate of drying for continuous dryers
00:52:07

Lec 8 Drying rate of drying for continuous dryers
Lec 9 Drying time calculation from drying rate curve
01:02:01

Lec 9 Drying time calculation from drying rate curve
Lec 10 Introduction to liquid liquid extraction liquid liquid equilibria
00:44:33

Lec 10 Introduction to liquid liquid extraction liquid liquid equilibria
Lec 11 Effect of temperature on LLE Design of single stage extraction
00:53:58

Lec 11 Effect of temperature on LLE Design of single stage extraction
Lec 12 Design Calculation of Multistage Operation
01:11:23

Lec 12 Design Calculation of Multistage Operation
Lec 13 Design calculation of multistage cross current extraction
00:42:42

Lec 13 Design calculation of multistage cross current extraction
Lec 14 Design calculation of multistage counter current extraction Selection of extractors
00:31:14

Lec 14 Design calculation of multistage counter current extraction Selection of extractors
Lec 15 Leaching single stage operation
00:49:13

Lec 15 Leaching single stage operation
Lec 16 Leaching multistage operation
00:43:04

Lec 16 Leaching multistage operation
Lec 17 Supercritical Fluid Extraction equipmet for leaching
00:29:57

Lec 17 Supercritical Fluid Extraction equipmet for leaching
Lec 18 Fundamentals of membrane separation processes
01:21:25

Lec 18 Fundamentals of membrane separation processes
Lec 19 Manufacturing of membranes advantages and limitations
00:29:18

Lec 19 Manufacturing of membranes advantages and limitations
Lec 20 Various models and applications design aspects
00:55:29

Lec 20 Various models and applications design aspects
Lec 21 Various models and applications design aspects
00:46:11

Lec 21 Various models and applications design aspects
Lec 22 Electric field enhanced membrane separation processes
00:57:34

Lec 22 Electric field enhanced membrane separation processes
Lec 23 Micellar enhanced ultrafiltration
00:50:05

Lec 23 Micellar enhanced ultrafiltration
Lec 24 Adsorption types and nature isotherm
01:06:13

Lec 24 Adsorption types and nature isotherm
Lec 25 Stage wise and continuous adsorption
01:01:10

Lec 25 Stage wise and continuous adsorption
Lec 26 Fluidized bed and teeter bed
00:50:07

Lec 26 Fluidized bed and teeter bed
Lec 27 Unsteady state fixed bed adsorbers ion exchange
01:01:48

Lec 27 Unsteady state fixed bed adsorbers ion exchange
Lec 28 Crystallization types of crystal geometry
00:45:03

Lec 28 Crystallization types of crystal geometry
Lec 29 Solid liquid phase equilibrium Theory of crystallization
00:45:54

Lec 29 Solid liquid phase equilibrium Theory of crystallization
Lec 30 Design of crystallizer crystallization equipment
00:48:09

Lec 30 Design of crystallizer crystallization equipment
Lec 31 Concluding remarks Part 1
01:18:00

Lec 31 Concluding remarks Part 1
Lec 31 Concluding remarks Part 2
00:55:07

Lec 31 Concluding remarks Part 2


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Mass Transfer Principles course in hindi, This course covers fundamental principles and techniques related to mass transfer processes in chemical engineering and industrial applications.