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Lec 19 Basic understandings and applications of fluidization

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Lesson extensions

Lessons List | 37 Lesson
Solid Fluid Operations Introduction Video
00:06:37

Solid Fluid Operations Introduction Video
Lec 1 Introduction to Solid Fluid Operations
00:52:21

Lec 1 Introduction to Solid Fluid Operations
Lec 2 Characteristics of Single particle
00:58:15

Lec 2 Characteristics of Single particle
Lec 3 Particle size Its distribution in mixture
00:53:49

Lec 3 Particle size Its distribution in mixture
Lec 4 Mechanism of Size Reduction
00:41:52

Lec 4 Mechanism of Size Reduction
Lec 5 General Machines for Size Reduction
00:59:57

Lec 5 General Machines for Size Reduction
Lec 6 Laws of Energy for Size Reduction
00:40:33

Lec 6 Laws of Energy for Size Reduction
Lec 7 Introduction on Size Enlargement
00:44:29

Lec 7 Introduction on Size Enlargement
Lec 8 Mechanism of Size Enlargement
00:45:39

Lec 8 Mechanism of Size Enlargement
Lec 9 Equipment for Size Enlargement
00:36:29

Lec 9 Equipment for Size Enlargement
Lec 10 Flow Past a Cylinder and Spherical Particle
00:58:14

Lec 10 Flow Past a Cylinder and Spherical Particle
Lec 11 Terminal velocity of single particle
00:47:31

Lec 11 Terminal velocity of single particle
Lec 12 Multiple particle Interaction Sedimentation Hindered settling velocity
00:58:40

Lec 12 Multiple particle Interaction Sedimentation Hindered settling velocity
Lec 13 Basic law and terminology of flow through granular bed
00:50:01

Lec 13 Basic law and terminology of flow through granular bed
Lec 14 General expressions for flow through packed beds Ergun Equation
00:39:52

Lec 14 General expressions for flow through packed beds Ergun Equation
Lec 15 Two phase flow through packed bed
00:35:37

Lec 15 Two phase flow through packed bed
Lec 16 Mixing of Solids Introduction
00:37:42

Lec 16 Mixing of Solids Introduction
Lec 17 Degree of mixing and Its Assessment
00:37:08

Lec 17 Degree of mixing and Its Assessment
Lec 18 Mixing and agitation of fluids slurries
00:52:34

Lec 18 Mixing and agitation of fluids slurries
Lec 19 Basic understandings and applications of fluidization
00:49:31

Lec 19 Basic understandings and applications of fluidization
Lec 20 Minimum Fluidization Velocity
00:34:16

Lec 20 Minimum Fluidization Velocity
Lec 21 Basic understanding of froth flotation
00:53:38

Lec 21 Basic understanding of froth flotation
Lec 22 Separation of particles by Screening
00:46:46

Lec 22 Separation of particles by Screening
Lec 23 Particulate Matter Separation by Gravity Settling Chamber
00:54:58

Lec 23 Particulate Matter Separation by Gravity Settling Chamber
Lec 24 Particle Separation by Cyclone and Centrifuge
00:50:03

Lec 24 Particle Separation by Cyclone and Centrifuge
Lec 25 Particle Separation by Electrostatic Precipitator
00:33:48

Lec 25 Particle Separation by Electrostatic Precipitator
Lec 26 Separation by Industrial Fabric Bag Filters
00:43:43

Lec 26 Separation by Industrial Fabric Bag Filters
Lec 27 Wet Scrubber for Particle Removal
00:40:16

Lec 27 Wet Scrubber for Particle Removal
Lec 28 Filtration
01:02:19

Lec 28 Filtration
Lec 29 Dead End and Continuous Filtration
00:53:19

Lec 29 Dead End and Continuous Filtration
Lec 30 Reverse Osmosis
00:36:33

Lec 30 Reverse Osmosis
Lec 31 Introduction to Nanoparticles
00:48:50

Lec 31 Introduction to Nanoparticles
Lec 32 Synthesis of Nanoparticles Physical Method
00:37:55

Lec 32 Synthesis of Nanoparticles Physical Method
Lec 33 Synthesis of Nanoparticles Chemical Methods
00:43:34

Lec 33 Synthesis of Nanoparticles Chemical Methods
Lec 34 Adsorption Principle and Applications
01:10:52

Lec 34 Adsorption Principle and Applications
Lec 35 Analysis of Adsorption by Isotherms
00:38:15

Lec 35 Analysis of Adsorption by Isotherms
Lec 36 Adsorption Kinetics
00:31:19

Lec 36 Adsorption Kinetics

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Course Description

Solid Fluid Operations course, In this course we'll explore the principles and techniques involved in handling, processing, and optimizing solid-fluid interactions in various industrial applications.
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