Gas Liquid Mass Transfer Fundamentals

Engineering

2023-12-18

Lessons List

Mass Transfer Principles for Gas Liquid Vapor Liquid Unit Operations Trailer

Welcome to the Course Lec001

Objectives Goals for the Course Lec003

Why Mass Transfer in Vapor Liquid Gas Liquid Operations Lec004

What are Vapor Liquid and Gas Liquid Unit Operations Processes Lec007

Absorption Desorption Stripping Scrubbing Lec008

Section 2 Overview Review of Physical Chemistry and other Mass Transfer Basics Lec017

Ideal Solution in Physical Chemistry and Thermodynamics Lec020

The General Concept of Ideality in Thermodynamics Lec021

What is Partial Pressure Lec027

What is a Phase Physical Chemistry Mass Transfer Lec032

The Concept of Solubility What is meant with Soluble Gases in Liquids Lec033

What is Vapor Liquid Equilibrium for Pure substances Lec039

Animation Reading Pxy and Txy Diagrams for Vapor Liquid Equilibrium Lec041

Relative Volatility vs Volatility for Distillation Cases Lec044

Gibbs Phase Rule Why is it useful for Diagrams Lec052

Animation Reading Vapor Liquid Liquid Equilibrium Diagrams VLLE Lec064

Thermodynamics Fundamentals for Phase Equilibrium Fugacity Activity Coefficients Lec068

Common Thermodynamic Cases Ideal vs Real Solutions Gases Lec074

Raoult s Law for Vapor Liquid Ideal Cases Lec076

Animation Vapor Liquid Equilibrium Diagram for Non Ideal Mixture Lec085

Miniumum Boiling Point Azeotropes Lec088

Equilibrium Distribution Curve for Solubility Equilibrium Line and Solubility between Lec100

Analysis of the Equilibrium of Gases Solubility in Liquids Lec103

Section 2 Closure Review of Physical Chemistry and other Mass Transfer Basics Lec108

Section 3 Overview Molecular Diffusion in Mass Transfer Lec109

Before we start About Mass Transfer Cases Stagnant Laminar Turbulent Lec110

What is Mass Transfer Lec112

Task Molecular Diffusion in Dyes Lec115

The Concept of Velocity and Mass Velocity in Mass Transfer Lec117

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

What is Molecular Diffusion Basic Concept for Mass Transfer Lec121

Eddy s Diffusion vs Molecular Diffusion Whirlpool and Turbulence Lec123

Fick s Law Mathematical Model for Mass Transfer and its Applications Lec130

Equimolar Counter Diffusion EMD Case A for Molecular Diffusion Lec133

Important Tip Understanding the Concepts of Location vs Time in Diffusion Problems Lec136

Unimolecular Diffusion Fick s Law Application UMD Lec139

Important Notes about Case Studies in Molecular Diffusion Lec140

Unimolecular Diffusion Equations UMD using Partial Pressures Lec142

Ex Unimolecular Diffusion of Oxygen using Partial Pressures Lec145

Section 3 Closure Molecular Diffusion in Mass Transfer Lec148

Section 4 Overview Convective Mass Transfer and Mass Transfer Coefficients Lec149

Mass Transfer Cases Stagnant Laminar Transient Turbulent Convective Lec152

Mass Transfer Coefficients Importance Applications Lec156

Mass Transfer Coefficients applied to Equimolar Counter Diffusion Case EMD Lec159

Ex Mass Transfer Coefficient in Unimolecular Diffusion Case UMD Lec162

Volumetric Mass Transfer Coefficients Its Application in Engineering Lec165

Mass Transfer Correlations Equations for Coefficients Lec169

Mass Transfer Correlation for Flow in Packed Beds Equation for Mass Transfer Coefficient Lec172

Ex Application of a Mass Transfer Correlation for Fluids in Packed Beds Lec173

Section 5 Overview Interphase Mass Transfer Lec176

What is an Interphase Why do we need it Lec178

Theories for Interphase Mass Transfer Lec187

Original Film Theory for Gas Liquid Applications Lec188

Ex Mass Transfer Coefficient Film Thickness via Original Film Theory in a Packed Absorber

Gas Film to Liquid Film Interaction in the Two Resistance Theory Lec199

Mass Transfer Coefficients in Two Film Theory Lec202

Local vs Overall Mass Transfer Coefficients Lec206

Ex Mass Transfer Resistance in Gas Absorption Resistance in Local Overall Coefficients Lec209

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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.

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Gas Liquid Mass Transfer Fundamentals

Engineering

Mass Transfer Principles for Gas Liquid Vapor Liquid Unit Operations Trailer

Welcome to the Course Lec001

Objectives Goals for the Course Lec003

Why Mass Transfer in Vapor Liquid Gas Liquid Operations Lec004

What are Vapor Liquid and Gas Liquid Unit Operations Processes Lec007

Absorption Desorption Stripping Scrubbing Lec008

Section 2 Overview Review of Physical Chemistry and other Mass Transfer Basics Lec017

Ideal Solution in Physical Chemistry and Thermodynamics Lec020

The General Concept of Ideality in Thermodynamics Lec021

What is Partial Pressure Lec027

What is a Phase Physical Chemistry Mass Transfer Lec032

The Concept of Solubility What is meant with Soluble Gases in Liquids Lec033

What is Vapor Liquid Equilibrium for Pure substances Lec039

Animation Reading Pxy and Txy Diagrams for Vapor Liquid Equilibrium Lec041

Relative Volatility vs Volatility for Distillation Cases Lec044

Gibbs Phase Rule Why is it useful for Diagrams Lec052

Animation Reading Vapor Liquid Liquid Equilibrium Diagrams VLLE Lec064

Thermodynamics Fundamentals for Phase Equilibrium Fugacity Activity Coefficients Lec068

Common Thermodynamic Cases Ideal vs Real Solutions Gases Lec074

Raoult s Law for Vapor Liquid Ideal Cases Lec076

Animation Vapor Liquid Equilibrium Diagram for Non Ideal Mixture Lec085

Miniumum Boiling Point Azeotropes Lec088

Equilibrium Distribution Curve for Solubility Equilibrium Line and Solubility between Lec100

Analysis of the Equilibrium of Gases Solubility in Liquids Lec103

Section 2 Closure Review of Physical Chemistry and other Mass Transfer Basics Lec108

Section 3 Overview Molecular Diffusion in Mass Transfer Lec109

Before we start About Mass Transfer Cases Stagnant Laminar Turbulent Lec110

What is Mass Transfer Lec112

Task Molecular Diffusion in Dyes Lec115

The Concept of Velocity and Mass Velocity in Mass Transfer Lec117

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

What is Molecular Diffusion Basic Concept for Mass Transfer Lec121

Eddy s Diffusion vs Molecular Diffusion Whirlpool and Turbulence Lec123

Fick s Law Mathematical Model for Mass Transfer and its Applications Lec130

Equimolar Counter Diffusion EMD Case A for Molecular Diffusion Lec133

Important Tip Understanding the Concepts of Location vs Time in Diffusion Problems Lec136

Unimolecular Diffusion Fick s Law Application UMD Lec139

Important Notes about Case Studies in Molecular Diffusion Lec140

Unimolecular Diffusion Equations UMD using Partial Pressures Lec142

Ex Unimolecular Diffusion of Oxygen using Partial Pressures Lec145

Section 3 Closure Molecular Diffusion in Mass Transfer Lec148

Section 4 Overview Convective Mass Transfer and Mass Transfer Coefficients Lec149

Mass Transfer Cases Stagnant Laminar Transient Turbulent Convective Lec152

Mass Transfer Coefficients Importance Applications Lec156

Mass Transfer Coefficients applied to Equimolar Counter Diffusion Case EMD Lec159

Ex Mass Transfer Coefficient in Unimolecular Diffusion Case UMD Lec162

Volumetric Mass Transfer Coefficients Its Application in Engineering Lec165

Mass Transfer Correlations Equations for Coefficients Lec169

Mass Transfer Correlation for Flow in Packed Beds Equation for Mass Transfer Coefficient Lec172

Ex Application of a Mass Transfer Correlation for Fluids in Packed Beds Lec173

Section 5 Overview Interphase Mass Transfer Lec176

What is an Interphase Why do we need it Lec178

Theories for Interphase Mass Transfer Lec187

Original Film Theory for Gas Liquid Applications Lec188

Ex Mass Transfer Coefficient Film Thickness via Original Film Theory in a Packed Absorber

Gas Film to Liquid Film Interaction in the Two Resistance Theory Lec199

Mass Transfer Coefficients in Two Film Theory Lec202

Local vs Overall Mass Transfer Coefficients Lec206

Ex Mass Transfer Resistance in Gas Absorption Resistance in Local Overall Coefficients Lec209

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