1. Basic Information And Stoichiometry

i

Units, Dimensions, And Conversions

ii

Dimensional Homogeneity And Analysis

iii

Dimensionless Groups And Analysis

iv

Pressure And Temperature

v

Process And Process Units

vi

Mass, Density, Volume, And Mole

vii

Chemical Equations And Stoichiometry

2. Material Balances

i

General Balance Equation

ii

Material Balances Without Chemical Reaction

• Distillation
• Mixing/Settling
• Drying/Evaporation
• Absorption
• Extraction
• Crystallization
• Adsorption

iii

Material Balances Without Chemical Reaction - With Recycle, Bypass, Purge

• Distillation
• Drying/Evaporation
• Combination of Units

iv

Material Balances With Chemical Reaction

• Recycle
• Purge
• Multiple Equipment
• Combustion

3. Gases, Vapors, And Liquids

i

Pure Components

• PVT Relations
• Ideal Gases
• Real Gases
• Vapor Pressure

ii

Mixtures

• Ideal Gases
• Real Gases

iii

Ideal Solutions

• Phase Rule
• t / P-x-y Diagrams
• Raoult's & Henry's Laws

iv

Humidity And Saturation

• Air + Water System
• Air + Solvent System

4. Energy Balances

i

Heat Effects

• Without Phase Change
• With Phase Change
• With Water & Steam

ii

General Energy Balance Equation

• First Law of Thermodynamics
• Application To Processes
• Mechanical Energy Balance

iii

Energy Balances With Reaction

• Enthalpy of Formation
• Enthalpy of Reaction
• Enthalpy of Combustion
• Adiabatic Flame Temperature
• Application To Processes

iv

Enthalpy of Solution & Mixing

• Application To Processes

v

Heating Values of Fossil Fuels

• Coal
• Petroleum
• Gas

5. Material And Energy Balances

i

Application To Processes