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1.
Introduction to Process Control
2.
Understand the Measurements : DP Cell
3.
Understand the Actuator : Control Valve
4.
Process Control Strategy : Feed Forward and Cascade Control
5.
Open-Loop Response in Time and Frequency Domain
6.
Effect of Poles/Zeros Location on Open-Loop Response
7.
PID Controller Tuning Using various method
8.
Closed-Loop PID Response and Stability
9.
Multi-Loop Distillation Column Control
10.
MPC Distillation Column Control
1.
Graphical Representation of the Performance Equation
2.
Good Fractional Yield Conditions for Parallel Reactions
3.
Good Fractional Yield Conditions for Series Reactions
4.
Equilibrium Conversion at Different Temperature
5.
Construction of the rate-conversion-temperature chart
6.
Finding reactor size for arbitrary thermal operation
7.
Performance for the Optimal Temperature Progression
8.
The dispersion model and the tanks-in-series model
9.
Pore diffusion resistance combined with surface kinetics
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