Chemical Process Calculations Lecture series
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What you'll learn
This course includes
- 44 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 39 lessons • 44 hours of video
Chemical Process Calculations Lecture series
39 lessons
• 44 hours
Chemical Process Calculations Lecture series
39 lessons
• 44 hours
- CPC Lec 1: What is Chemical Engineering , Chemical Industry, Role of Chemical Engineering 23:35
- CPC Lec 02: Chemical process calculations: Different Unit systems: SI, CGS,MKS system 35:58
- CPC Numerical: Cocentration of water in a reaction mixture 07:30
- CPC/ Lecture 05 Conversion of units 22:43
- CPC Lecture 06-08 Empirical Equations Conversion Temperature 01:19:51
- Lec 09-12 Concept of Mole, Molecular weight, and Density of solutions 01:09:12
- Lecture 13 Molecular Mass, Equivalent Mass, Mass to Mole conversions 01:01:15
- Lecture 14 Mass density, specific gravity, API Gravity, Barrels of Oil equivalents 01:00:46
- Lecture 15 Mole Fraction Mass Fraction Composition of Mixtures in Mole and mass basis 01:05:49
- Lecture 16 AVERAGE MOLECULAR WEIGHT Determination 01:01:31
- Lecture 17 Ideal Gas law, Density of Gas mixtures , Average molecular weights 01:07:15
- Lecture 18 Density of ideal gas mixtures 01:00:57
- Lecture 19 Average molecular weight - Revision Lecture 01:06:54
- Lecture 20 Material Balance Basic principles 01:11:29
- Lecture 21 Material Balance in Unit operations 01:21:35
- Lecture 22 Numerical on Unit Operations Evaporators and crystallizers 01:12:20
- Lecture 23 Material Balance in Drying Unit : Numerical 01:08:39
- Lecture 24 Material Balance in Drying : Numerical 01:04:25
- Lecture 25 Recycled air in Drying : Material Balance Numerical 01:35:04
- Lecture 26 Material Balance Numerical (Distillation Absorption Extraction Blending ) 01:42:53
- Lecture 27 Material Balance in Multiple Units Process Flow diagrams and Multiple Unit MB Numerical 01:06:08
- Lecture 28 Material Balance in Multiple Units Numericals (Chemical Process Calculations) 01:03:42
- Lecture 29 Material Balance with Chemical Reactions (Chemical Process Calculations) 01:30:43
- Lecture 30 Numericals Material Balance with Chemical Reactions (Chemical Process Calculations) 01:05:13
- Lecture 31 and 32 Numerical on Material Balance with Chemical Reactions 01:54:38
- Lecture 33 34 Numerical on Material Balance with Chemical Reactions 01:32:22
- Lecture 35 Introduction to Energy balance part-I 01:03:32
- Lecture 36 Energy Balance in Unit Operations Introduction (Evaporators Crystalllizer) 01:15:30
- Lecture 37 Energy Balance in Unit Operations Numerical (Evaporators Crystalllizer) 01:00:54
- Lecture 38 39 Energy Balance ( Crystallizer ) in Unit Operations Numerical 01:48:54
- Lecture 40 41 Energy Balance in (Distillation) Unit operations 01:24:28
- Lecture 42 43 Numerical on Specific Heat, Kopp's law, Hess Law, Adiabatic Flame Temperature 01:31:42
- Lecture 44 Numerical on Specific Heat Heat of the reaction 01:02:20
- Lecture 45 Numerical on Adiabatic flame Temperature and Heat Heat of the reaction 01:14:05
- Lecture 46 Material Balance in Unsteady State systems and solved Numerical 58:43
- Lecture 47 Single phase and multiphase system , Vander Waal EQUATION OF STATE, t-x-y diagram 59:27
- Lecture 48 Humidification and dehumidification Introduction to terminology 01:11:45
- Lecture 49 Psychrometric chart and Air conditioning systems (Humidification and dehumidification) 01:09:56
- Lecture 50 Numerical on Psychrometric chart for Humidification and dehumidification 27:21
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