Chemical Engineering Thermodynamics (CM302)-Chemical Engineering (III-Semester) | RGPV

Syllabus
Syllabus - Chemical Engineering Thermodynamics (CM302)
Basic concepts of work & heat system, properties and state of systems; first law of thermodynamics; application, batch flow processes; steady & unsteady state flow.
Introduction to Work & Heat Systems
Properties and State of Systems
First Law of Thermodynamics
Batch Flow Processes
Steady & Unsteady State Flow
Critical properties corresponding state compressibility, PVT behavior of pure fluids viral equation, cubic equation, generalized correlation & eccentric factor, behavior of liquid, second law of T.D, & its application.
Critical Properties and State Compressibility
PVT Behavior of Pure Fluids
Viral and Cubic Equations
Generalized Correlation & Eccentric Factor
Behavior of Liquid
Second Law of Thermodynamics
Adiabatic reactions, Equilibrium in homogeneous and heterogeneous reactions.
Adiabatic Reactions
Equilibrium in Homogeneous and Heterogeneous Reactions
Carnot cycle, Carnot theorem, thermodynamics temperature scales, concept of entropy, calculation of entropy for various systems, entropy for real system.
Carnot Cycle and Theorem
Thermodynamics Temperature Scales
Concept and Calculation of Entropy
Entropy for Real System
Effect of pressure on specific heat, Joule Thompson effect, third law of thermodynamics & its applications.
Effect of Pressure on Specific Heat
Joule Thompson Effect
Third Law of Thermodynamics
Compression & expansion of fluids; single stage, multiple stage requirements & efficiency along with effect & engineering along with effects clearance, compression of real gas.
Compression & Expansion of Fluids
Single Stage and Multiple Stage Requirements
Efficiency and Effect in Engineering
Effects Clearance and Compression of Real Gas

Chemical Engineering Thermodynamics (CM302)-Chemical Engineering (III-Semester) | RGPV

Syllabus

Basic concepts of work & heat system, properties and state of systems; first law of thermodynamics; application, batch flow processes; steady & unsteady state flow.

Critical properties corresponding state compressibility, PVT behavior of pure fluids viral equation, cubic equation, generalized correlation & eccentric factor, behavior of liquid, second law of T.D, & its application.

Adiabatic reactions, Equilibrium in homogeneous and heterogeneous reactions.

Carnot cycle, Carnot theorem, thermodynamics temperature scales, concept of entropy, calculation of entropy for various systems, entropy for real system.

Effect of pressure on specific heat, Joule Thompson effect, third law of thermodynamics & its applications.

Compression & expansion of fluids; single stage, multiple stage requirements & efficiency along with effect & engineering along with effects clearance, compression of real gas.