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Gas Liquid Mass Transfer Fundamentals

Track :

Engineering

Lessons no : 60

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What will you learn in this course?
  • Understand gas-liquid mass transfer principles and their role in industrial processes and chemical engineering applications
  • Apply mass transfer theories to design and optimize gas-liquid contactors such as absorbers and distillation columns
  • Analyze mass transfer coefficients and driving forces in gas-liquid systems for process improvement
  • Evaluate the effectiveness of different gas-liquid mass transfer equipment in various industrial settings
  • Calculate mass transfer rates and efficiencies in gas-liquid operations using relevant equations and models
  • Identify key factors influencing mass transfer performance, including flow regimes, temperature, and pressure
  • Implement safety and environmental considerations in designing gas-liquid mass transfer processes
  • Utilize simulation tools to model and troubleshoot gas-liquid mass transfer systems in real-world scenarios

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  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 60
Mass Transfer Principles for Gas Liquid Vapor Liquid Unit Operations Trailer
00:02:23

Mass Transfer Principles for Gas Liquid Vapor Liquid Unit Operations Trailer
Welcome to the Course Lec001
00:02:00

Welcome to the Course Lec001
Objectives Goals for the Course Lec003
00:04:26

Objectives Goals for the Course Lec003
Why Mass Transfer in Vapor Liquid Gas Liquid Operations Lec004
00:05:08

Why Mass Transfer in Vapor Liquid Gas Liquid Operations Lec004
What are Vapor Liquid and Gas Liquid Unit Operations Processes Lec007
00:01:30

What are Vapor Liquid and Gas Liquid Unit Operations Processes Lec007
Absorption Desorption Stripping Scrubbing Lec008
00:04:27

Absorption Desorption Stripping Scrubbing Lec008
Section 2 Overview Review of Physical Chemistry and other Mass Transfer Basics Lec017
00:03:04

Section 2 Overview Review of Physical Chemistry and other Mass Transfer Basics Lec017
Ideal Solution in Physical Chemistry and Thermodynamics Lec020
00:05:15

Ideal Solution in Physical Chemistry and Thermodynamics Lec020
The General Concept of Ideality in Thermodynamics Lec021
00:02:49

The General Concept of Ideality in Thermodynamics Lec021
What is Partial Pressure Lec027
00:03:57

What is Partial Pressure Lec027
What is a Phase Physical Chemistry Mass Transfer Lec032
00:02:16

What is a Phase Physical Chemistry Mass Transfer Lec032
The Concept of Solubility What is meant with Soluble Gases in Liquids Lec033
00:05:43

The Concept of Solubility What is meant with Soluble Gases in Liquids Lec033
What is Vapor Liquid Equilibrium for Pure substances Lec039
00:04:49

What is Vapor Liquid Equilibrium for Pure substances Lec039
Animation Reading Pxy and Txy Diagrams for Vapor Liquid Equilibrium Lec041
00:03:30

Animation Reading Pxy and Txy Diagrams for Vapor Liquid Equilibrium Lec041
Relative Volatility vs Volatility for Distillation Cases Lec044
00:08:19

Relative Volatility vs Volatility for Distillation Cases Lec044
Gibbs Phase Rule Why is it useful for Diagrams Lec052
00:05:01

Gibbs Phase Rule Why is it useful for Diagrams Lec052
Animation Reading Vapor Liquid Liquid Equilibrium Diagrams VLLE Lec064
00:02:54

Animation Reading Vapor Liquid Liquid Equilibrium Diagrams VLLE Lec064
Thermodynamics Fundamentals for Phase Equilibrium Fugacity Activity Coefficients Lec068
00:04:05

Thermodynamics Fundamentals for Phase Equilibrium Fugacity Activity Coefficients Lec068
Common Thermodynamic Cases Ideal vs Real Solutions Gases Lec074
00:01:31

Common Thermodynamic Cases Ideal vs Real Solutions Gases Lec074
Raoult s Law for Vapor Liquid Ideal Cases Lec076
00:07:29

Raoult s Law for Vapor Liquid Ideal Cases Lec076
Animation Vapor Liquid Equilibrium Diagram for Non Ideal Mixture Lec085
00:03:37

Animation Vapor Liquid Equilibrium Diagram for Non Ideal Mixture Lec085
Miniumum Boiling Point Azeotropes Lec088
00:04:17

Miniumum Boiling Point Azeotropes Lec088
Equilibrium Distribution Curve for Solubility Equilibrium Line and Solubility between Lec100
00:05:57

Equilibrium Distribution Curve for Solubility Equilibrium Line and Solubility between Lec100
Analysis of the Equilibrium of Gases Solubility in Liquids Lec103
00:04:18

Analysis of the Equilibrium of Gases Solubility in Liquids Lec103
Section 2 Closure Review of Physical Chemistry and other Mass Transfer Basics Lec108
00:00:52

Section 2 Closure Review of Physical Chemistry and other Mass Transfer Basics Lec108
Section 3 Overview Molecular Diffusion in Mass Transfer Lec109
00:01:18

Section 3 Overview Molecular Diffusion in Mass Transfer Lec109
Before we start About Mass Transfer Cases Stagnant Laminar Turbulent Lec110
00:01:52

Before we start About Mass Transfer Cases Stagnant Laminar Turbulent Lec110
What is Mass Transfer Lec112
00:11:35

What is Mass Transfer Lec112
Task Molecular Diffusion in Dyes Lec115
00:01:17

Task Molecular Diffusion in Dyes Lec115
The Concept of Velocity and Mass Velocity in Mass Transfer Lec117
00:11:13

The Concept of Velocity and Mass Velocity in Mass Transfer Lec117
What is Molar Flux NA or Molar Velocity per unit Area Lec118
00:04:10

What is Molar Flux NA or Molar Velocity per unit Area Lec118
Ex Exploring Mass Velocity Molar Velocity and Volumetric Velocities for Mass Transfer Lec120
00:08:06

Ex Exploring Mass Velocity Molar Velocity and Volumetric Velocities for Mass Transfer Lec120
What is Molecular Diffusion Basic Concept for Mass Transfer Lec121
00:03:22

What is Molecular Diffusion Basic Concept for Mass Transfer Lec121
Eddy s Diffusion vs Molecular Diffusion Whirlpool and Turbulence Lec123
00:00:59

Eddy s Diffusion vs Molecular Diffusion Whirlpool and Turbulence Lec123
Fick s Law Mathematical Model for Mass Transfer and its Applications Lec130
00:06:43

Fick s Law Mathematical Model for Mass Transfer and its Applications Lec130
Equimolar Counter Diffusion EMD Case A for Molecular Diffusion Lec133
00:13:39

Equimolar Counter Diffusion EMD Case A for Molecular Diffusion Lec133
Important Tip Understanding the Concepts of Location vs Time in Diffusion Problems Lec136
00:03:26

Important Tip Understanding the Concepts of Location vs Time in Diffusion Problems Lec136
Unimolecular Diffusion Fick s Law Application UMD Lec139
00:05:15

Unimolecular Diffusion Fick s Law Application UMD Lec139
Important Notes about Case Studies in Molecular Diffusion Lec140
00:01:14

Important Notes about Case Studies in Molecular Diffusion Lec140
Unimolecular Diffusion Equations UMD using Partial Pressures Lec142
00:06:49

Unimolecular Diffusion Equations UMD using Partial Pressures Lec142
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Gas Liquid Mass course, In this course we will learn about Gas-Liquid Mass Transfer principles, processes, and applications in various industries.