Material & Energy Balance
- Introduction to Engineering Calculations including
Units and Dimensions
Conversion of Units
Systems of Units
- Introduction to Engineering Calculations Continued
Force and Weight
Dimensional Homogeneity and Dimensional Quantities
Process data Representation and Analysis
- Process and Process Variables including
Instructional Objectives
Mass and Volume
Flow Rate
- Process and Process Variables
Contimued
Chemical Composition
Pressure
Temperature
- (Fundamentals of Material Balances (one
Balances on Multiple Units Processes
Recycle and Bypass
Chemical Reaction Stoichiometry
- (Fundamentals of Material Balances (Two
Balances on Multiple Unit Processes
Recycle and Bypass
Chemical Reaction Stoichiometry
- (Fundamentals of Material Balances (Three
Balances on Reactive Processes
Combustion Reactions
Some Additional Considerations about Chemical Processes
- Single Phase Systems
Instructional Objectives
Liquid and Solid Densities
Ideal Gases
- (Single Phase Systems (Two
Equations of State for Ninideal Gases
The Compressibility Factor equation of State
- Equilibrium in Multiphase Systems
- Energy and Energy Balances including
Different forms of Energy
Energy Balances on Closed and Open Systems
- (Energy and Energy Balances (Two
Tables of Thermodynamic Data
Energy Balance Procedure
Mechanical energy Balance
- Balances for Nonreactive Processes including
Elements of Energy Balance Calculations
Changes in Pressure at Constant Temperature
Changes in Temperature
- (Balances on Nonreactive Processes (Two
Phase Change Operations
Mixing and Solution
- Energy Balances on Reactive Processes including
Measurement and Calculation of Heats of Reaction: Hesss Law
Heat of Formation
Heats of Combustion and Fuels and Combustion