Chemical Engineering Thermodynamics

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Thermodynamics and the Chemical Industry – James Prescot Joule and the first law – Sadi Carnot and the second law – Equilibrium and Extrema in work – Illustrative Calculations – Properties of pure substances – The p-h chart – Work calculation – Heat-Work Interconversion Devices – Refrigeration/ Thermodynamics of mixtures – The Gibbs Duhem equation – Models for Excess Gibbs Free Energy – Van Laar model – Gaseous and liquid mixtures – Separation Work/ Equations of state – Chemical potentials in gas and condensed phases – Vapour Liquid Equilibria – Solvent-Solvent mixtures – Solvent-solute mixtures – Liquid-liquid equilibria – An industrial example – Liquid-liquid equilibria/ Reaction Equilibria – Reaction Equilibria – Illustrative Examples – Simultaneous Relations – Thermodynamic Consistency/ Reverse Osmosis – Miscellaneous topics in phase equilibria – Absorption Refrigeration – Summary of Classical Thermodynamics – Molecular basis of Thermodynamics

Course Curriculum

Thermodynamics and the Chemical Industry Details 38:10
James Prescot Joule and the first law Details 36:56
Sadi Carnot and the second law Details 42:48
Equilibrium and Extrema in work Details 47:2
Illustrative Calculations I Details 26:40
Properties of pure substances Details 42:55
The p-h chart Details 45:51
Work calculation Details 42:57
Illustrative Calculations II Details 42:43
Heat-Work Interconversion Devices Details 42:33
Refrigeration/ Thermodynamics of mixtures Details 31:27
The Gibbs Duhem equation Details 47:53
Models for Excess Gibbs Free Energy Details 45:40
Van Laar model Details 43:45
Gaseous and liquid mixtures Details 48:59
Separation Work/ Equations of state Details 31:5
Chemical potentials in gas and condensed phases Details 41:40
Vapour Liquid Equilibria I Details 47:1
Vapour Liquid Equilibria II Details 45:51
Solvent-Solvent mixtures Details 42:5
Solvent-solute mixtures Details 37:8
Liquid-liquid equilibria Details 34:30
An industrial example Details 32:2
Liquid-liquid equilibria/ Reaction Equilibria Details 34:13
Reaction Equilibria Details 44:53
Illustrative Examples I Details 43:13
Illustrative Examples II Details 35:2
Illustrative Examples III Details 49:40
Simultaneous Relations Details 46:52
Thermodynamic Consistency/ Reverse Osmosis Details 35:5
Miscellaneous topics in phase equilibria Details 32:42
Absorption Refrigeration Details 43:50
Summary of Classical Thermodynamics Details 17:9
Molecular basis of Thermodynamics I Details 53:45
Molecular basis of Thermodynamics II Details 46:28

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