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Lec 10 MF membrane characterization Bubble point Mercury intrusion Permeability method

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Lessons List | 37 Lesson
Membrane Technology Introduction Video
00:13:27

Membrane Technology Introduction Video
Lec 1 Separation Processes Historical Development Definition and Types of Membranes
00:56:50

Lec 1 Separation Processes Historical Development Definition and Types of Membranes
Lec 2 Membrane Processes and Classifications Advantages Disadvantages Applications
00:54:20

Lec 2 Membrane Processes and Classifications Advantages Disadvantages Applications
Lec 3 Polymer Basics Polymers used in Membrane Preparation and their Properties
00:37:23

Lec 3 Polymer Basics Polymers used in Membrane Preparation and their Properties
Lec 4 Inorganic Materials for Membrane Preparation their Advantages and Disadvantages
00:48:20

Lec 4 Inorganic Materials for Membrane Preparation their Advantages and Disadvantages
Lec 5 Membrane Modules and Selection Flow Types
00:55:36

Lec 5 Membrane Modules and Selection Flow Types
Lec 6 Preparation of Synthetic Membrane Phase Inversion Membranes
00:44:05

Lec 6 Preparation of Synthetic Membrane Phase Inversion Membranes
Lec 7 Composite membranes Interfacial polymerization dip coating plasma polymerization
00:46:02

Lec 7 Composite membranes Interfacial polymerization dip coating plasma polymerization
Lec 8 Inorganic membranes Sol Gel process ceramic membrane preparation membrane modification
00:41:56

Lec 8 Inorganic membranes Sol Gel process ceramic membrane preparation membrane modification
Lec 9 Porous and non porous membranes characterization of porous membranes and MF membrane
01:01:39

Lec 9 Porous and non porous membranes characterization of porous membranes and MF membrane
Lec 10 MF membrane characterization Bubble point Mercury intrusion Permeability method
00:56:51

Lec 10 MF membrane characterization Bubble point Mercury intrusion Permeability method
Lec 11 UF membrane characterization Gas adsorption desorption Thermoporometry MWCO method
00:53:48

Lec 11 UF membrane characterization Gas adsorption desorption Thermoporometry MWCO method
Lec 12 Passive transport active transport description of transport process
00:31:43

Lec 12 Passive transport active transport description of transport process
Lec 13 Transport through porous membrane and nonporus membrane
00:52:11

Lec 13 Transport through porous membrane and nonporus membrane
Lec 14 Concept of osmosis and reverse osmosis thermodynamic analysis
00:44:04

Lec 14 Concept of osmosis and reverse osmosis thermodynamic analysis
Lec 15 Revision of concepts and fundaments
00:44:00

Lec 15 Revision of concepts and fundaments
Lec 16 HP and LP RO membrane materials modules models for RO transport
00:58:05

Lec 16 HP and LP RO membrane materials modules models for RO transport
Lec 17 Advantages of RO fouling RO applications Pressure retarded osmosis
00:45:41

Lec 17 Advantages of RO fouling RO applications Pressure retarded osmosis
Lec 18 Nanofiltration basics transport mechanism fouling model and applications
00:40:29

Lec 18 Nanofiltration basics transport mechanism fouling model and applications
Lec 19 Basic principles of UF membranes and modules UF configurations
00:44:54

Lec 19 Basic principles of UF membranes and modules UF configurations
Lec 20 Models for UF transport mass transfer coefficient membrane rejection and sieving coefficient
00:50:47

Lec 20 Models for UF transport mass transfer coefficient membrane rejection and sieving coefficient
Lec 21 Factors affecting UF performance fouling permeate flux enhancement UF applications1
00:44:24

Lec 21 Factors affecting UF performance fouling permeate flux enhancement UF applications1
Lec 22 Micellar enhanced UF affinity UF UF based bioseparation
00:47:20

Lec 22 Micellar enhanced UF affinity UF UF based bioseparation
Lec 23 Basic principles advantages of MF cross flow and dead end MF membranes and modules
00:40:20

Lec 23 Basic principles advantages of MF cross flow and dead end MF membranes and modules
Lec 24 Models for MF transport plugging and throughput fouling in MF MF applications
00:34:16

Lec 24 Models for MF transport plugging and throughput fouling in MF MF applications
Lec 25 Problems and solutions based on RO MF
00:33:14

Lec 25 Problems and solutions based on RO MF
Lec 26 Problems and solutions based on UF
00:35:50

Lec 26 Problems and solutions based on UF
Lec 27 Dialysis membranes and modules mass transport in dialysis diffusion analysis applications
00:44:17

Lec 27 Dialysis membranes and modules mass transport in dialysis diffusion analysis applications
Lec 28 Ion exchange membranes ED process energy requirement applications reverse ED
00:47:11

Lec 28 Ion exchange membranes ED process energy requirement applications reverse ED
Lec 29 PV principle advantages mass transfer applications hybrid distillation PV
00:52:30

Lec 29 PV principle advantages mass transfer applications hybrid distillation PV
Lec 30 Problems and solutions based on ED PV
00:28:27

Lec 30 Problems and solutions based on ED PV
Lec 31 Concept types of LM mechanism of mass transfer in LM choice of solvent and carrier
00:52:23

Lec 31 Concept types of LM mechanism of mass transfer in LM choice of solvent and carrier
Lec 32 Basic principle of gas separation transport mechanism factors affecting gas separation
00:42:31

Lec 32 Basic principle of gas separation transport mechanism factors affecting gas separation
Lec 33 Basic principle of MD mechanism process parameters membranes applications
00:43:27

Lec 33 Basic principle of MD mechanism process parameters membranes applications
Lec 34 Mechanism coupled transport carrier agent active and passive transport applications
00:42:59

Lec 34 Mechanism coupled transport carrier agent active and passive transport applications
Lec 35 Gas liquid and liquid liquid contactors membrane reactors and bioreactors
00:48:42

Lec 35 Gas liquid and liquid liquid contactors membrane reactors and bioreactors
Lec 36 Perstraction membrane chromatography and controlled drug delivery
00:45:37

Lec 36 Perstraction membrane chromatography and controlled drug delivery

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Course Description

Membrane Technology course in hindi, in this course we will learn about Membrane Technology, its principles, applications, and advancements in separation and filtration processes.
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