Introduction to Energy Balance
Forms of Energy: Heat, Work,Kinetic, Potential, Enthaply.
Energy Balances: Closed Systems and Open System
Tables of Thermodynamic Data
Energy Balance Procedures

Energy Balances on Non-Reactive Systems
Elements of energy balance calculations
Procedure for energy balance calculations
Changes in pressure at constant temperature
Changes in temperature
Sensible heat and heat capacity
Balances on phase operations
Estimation & correlation of latent heat

Energy Balances on Reactive Systems
General procedure of energy balance on reactive systems, adiabatic Reactors.
Thermochemistry of solutions

Material and Energy Balances on Transient Systems
General Balance Equation
Differential & integral material.
Balances for unsteady state system
Balances on single well -mixed process unit.
Energy balances on single phase non-reactive processes.

Q1 : What outcomes that I'll obtain from this course
A1 : The outcomes that you'll obtain from this course are as stated below: 1. Identify the basic principles of energy balance 2. Analyze problems related to non-reactive, reactive and transient systems 3. Evaluate process problems related to non-reactive, reactive and transient balance