25:25
Adsorption of lead(II) ions from industrial wastewater using Activated Carbon as an Adsorbent
07:46
Three phase separator in Aspen Plus
10:38
Flash Distillation and its sensitivity analysis using Aspen Plus
33:55
Adsorption of Hexavalent Chromium ions from Effluent of Textile Industry using Economical Adsorbent
22:38
Adsorption of Phenol on activated carbon using Aspen Adsorption//Aspen Adsorption
05:51
Hydroelectric Turbine Model in DWSIM// Hydropower//Renewable energy calculations in DWSIM
05:19
Renewable energy calculations in DWSIM//Energy generated by Solar panel using DWSIM
04:46
How to draw Txy, Pxy and other vapor liquid equilibrium (VLE) diagrams in DWSIM
07:46
How wind turbines work in DWSIM//Renewable energy calculation using DWSIM
35:51
Extractive Distillation of Methanol-Acetone mixture and its sensitivity analysis using DWSIM
09:40
Distillation of Ethanol Water mixture and its Sensitivity analysis using DWSIM
13:49
Conversion reactor and its sensitivity analysis in DWSIM (2SO2 + O2 = 2SO3 )
10:32
Heat exchanger and its sensitivity analysis in DWSIM
17:14
Sensitivity Analysis of Extractive Distillation Columns using Aspen Plus
11:31
Separation of Ethanol Water mixture and Its Sensitivity Analysis Using Aspen HYSYS
30:14
Separation of Ethanol Water mixture and Its Sensitivity Analysis Using Aspen Plus
18:42
Separation of ethyl acetate +ethanol mixture using aspen HYSYS with the help of Furfural
24:37
Optimization of benzene and toluene process using Aspen HYSYS
38:43
Preparation of Maleic Anhydride from Partial Oxidation of Benzene using Aspen HYSYS
23:29
Pressure Swing Adsorption Process For Air Purification|| PSA Cycle|| Aspen Adsorption
35:15
Temperature Swing Adsorption for CO2 capture || Aspen Adsorption
13:19
How to make temperature, pressure and solid loading plots for CO2 and CH4 using Aspen Adsorption
39:10
Adsorption of CO2 and CH4 using Aspen Adsorption
30:26
Separation of methane (CH4) and carbon dioxide (CO2) from biogas using aspen adsorption
23:39
How to plot breakthrough and solid loading curves for NH4 and CO2 using aspen adsorption
10:23
Comparative study for condenser and reboiler duties using Aspen HYSYS and Aspen Plus
23:53
Preparation of Formaldehyde from oxidation of Methanol using Aspen HYSYS
20:04
Production of Ethyl-Acetate from Acetic acid in a Reactive Distillation Column using Aspen HYSYS
33:07
how to check whether our proposed adsorption Isotherm is best fitted with experimental data//LEC 06
15:15
external and internal diffusion of component A in heterogenous catalytic processes||LEC 05
16:02
Fluid-solid interaction|| physical and chemical adsorption||LEC 04
06:33
steps in heterogenous catalytic process|| catalyst and catalytic reactors|| LEC 03
06:27
catalyst and catalytic reactors|| properties of catalyst|| supported and unsupported catalysts
07:10
Catalyst and Catalytic reactors LEC 01
22:45
Separation of Benzene, Toluene and o-xylene using Aspen HYSYS|| how to find reflux ratio & stages
22:26
Separation of Acetone-Water mixture using Aspen HYSYS
09:43
Separation of benzene from air using Aspen HYSYS
08:38
Dehumidification of air using Aspen HYSYS
27:27
Separation of Methanol- Water mixture using Neat operation in Aspen HYSYS
07:09
Effect of thermodynamic models on condenser and reboiler duty using DWSIM || LEC NO 12
09:00
Effect of thermodynamic models on condenser and reboiler duty as well as their composition
15:29
Aniline production from hydrogenation reaction of nitrobenzene using DWSIM || LEC 11
42:52
Adsorption of H2 from CO and CH4 mixture using Zeolite-5A and Activated carbon || Aspen Adsorption
17:42
Adsorption of hydrocarbons by activated carbon using Aspen Adsorption || LEC 02
08:55
Adsorption of water vapors from air mixture by activated carbon using Aspen Adsorption || LEC 03
44:40
multiple reactions// series reaction with an example// yield and selectivity for batch reactor
21:56
Water gas shift reaction//DWSIM LEC 09
01:08:42
De-Methanizer/De-Ethanizer/De-Propanizer/ Natural gas liquids recovery from Natural gas/Hysys LEC 36
32:23
Reaction, Separation, Purging & Recycling of streams/C2H4+HCl=C2H5Cl/conversion reactor/HYSYS LEC 35
17:48
Absorption of acetone from nitrogen carrier gas into water in Absorption column using DWSIM//LEC 07
30:09
Reaction , Separation & Recycling of components during the production of ethyl-chloride/DWSIM LEC 08
13:56
Separation of hydrocarbon mixture using distillation column in DWSIM// LEC 06
15:02
Methane Steam Reforming Reaction in Gibbs Reactor Using DWSIM//LEC 05
15:05
Production of hydrogen gas by partial oxidation of methane in conversion reactor using DWSIM//LEC 04
18:50
Distillation of benzene and toluene mixture using DWSIM//LEC 03
18:56
Separation of ethanol-water mixture using short cut and detailed distillation columns//DWSIM LEC 02
15:25
Pump Work// Heater and Cooler duties//Turbine Work//DWSI lectures//LEC 01
21:26
Production of toluene from n-heptane using conversion reactor and flash separator/Aspen HYSYS LEC 34
14:26
Aspen Adsorption// Adsorption of CO2 and water vapor using gas dynamic model// LEC 01
15:05
TEMKIN ADSORPTION ISOTHERM
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About
Hi
In this channel i will discuss the basic concepts of chemical engineering. we will study modes of heat transfer, external and internal flow heat transfer along with heat exchanger and evaporator designing. In mass transfer section diffusion law, absorption and stripping of gases, distillation of components and adsorption of liquid and gases will explain. In chemical reaction engineering the rate equation, types of isothermal reactors, catalytic reactions, multiple reactions and adsorption kinetics will discuss. In thermodynamics laws of thermodynamics, vapor power cycles, Rankine cycles, phase equilibrium, Gibbs free energy, Vont's Hoff equation, adsorption thermodynamics will discuss. In chemical process principles the material and energy balance will explain in details. In transport phenomena momentum, energy and mass transport will explain in detail. Multiple choice questions and software related to chemical engineering subjects will also explain.
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