Advance Chemical Engineering Thermodynamics
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Advance Chemical Engineering Thermodynamics Syllabus — Unit-wise Content
The official GTU curriculum for Advance Chemical Engineering Thermodynamics (subject code 3711612) as prescribed for CE(A · Semester 1 divides the course into 5 units, covering 41 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (3711612)Unit 1 Vapour –liquid equilibria
- Vapour –liquid equilibria of multi component
- non ideal systems
- evaluations of activity coefficient and fugacity coefficient
- dew point and bubble point calculations
- P-T Flash calculations
- Adiabatic Flash calculations
- Block diagrams of these calculations.VLE from K value correlation
- Data reduction
- Computational methods for checking consistency of VLE data
- Activity coefficient equations for multi component
- non ideal systems like NRTL
- UNIQUAC methods and computations
Unit 2 Liquid-liquid equilibria
- Criteria of equilibrium
- Different types of liquid-liquid solubility diagram
- evaluation of LLE data
- Vapour- liquid- liquid equilibria: Criteria of equilibrium
- Pxy diagram at constant temperature
- Txy diagram of VLLE at constant pressure and for several pressures
- Solid- liquid Equilibria : Criteria of equilibrium
- Txz plots
Unit 3 Chemical Reaction equilibria
- Evaluation of equilibrium extent of reaction and equilibrium constant for exothermic
- irreversible reactions and various combinations
- Thermodynamic analysis of some important industrial reactions
- Liquid phase and heterogeneous reactions
- Multi reaction equilibria
- consecutive reactions and various combinations
- adiabatic reactions
Unit 4 Refrigeration
- Vapour Compression Cycle
- Industrial vapor compression cycle
- Vapour absorption cycles
- Industrial vapour absorption cycles
- Selection criteria
- Calculations of net refrigeration effect, TR, COP, steam required
- solvent required etc, Advances in refrigeration processes like ejector refrigeration
- diffusion absorption refrigeration
- solar vapour absorption system etc
Unit 5 Postulational thermodynamics
- Introduction to postulational thermodynamics
- basic concepts and approach
- Quantum mechanics: Introduction to quantum mechanics Statistical thermodynamics: Introduction to statistical thermodynamics
- Boltzmann statistics
- Fermi –Dirac statistics and Bose – Einstein statistics
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