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Engineering
Chemical Engineering
Process Control and Optimization
1. Introduction to Process Control
2. Mathematical Modeling of Chemical Processes
3. Feedback Control Systems
4. Stability of Closed-Loop Systems
5. Advanced Control Strategies
6. Model Predictive Control (MPC)
7. Process Optimization
8. Real-Time Optimization (RTO)
9. Practical Implementation and Applications
Advanced Control Strategies
Feedforward Control
Rationale and Design Principles
Feedforward Controller Design
Perfect Feedforward Control
Practical Considerations
Limitations of Feedforward Control
Combining Feedforward and Feedback Control
Ratio Control
Applications of Ratio Control
Design and Implementation
Wild Flow vs. Controlled Flow
Cascade Control
Structure of Cascade Control Loops
Primary and Secondary Loops
Controller Tuning in Cascade Systems
Advantages and Limitations
Time Delay Compensation
Smith Predictor
Principle of Operation
Implementation Considerations
Robustness Issues
Dahlin Controller
Analytical Predictor
Selective and Override Control
Selector Blocks
High Selector
Low Selector
Median Selector
Override Strategies
Constraint Control
Split-Range Control
Applications and Design
Valve Sequencing
Complementary Split-Range
Exclusive Split-Range
Introduction to Multivariable Control
Process Interactions
Interaction Effects
Multivariable System Representation
Relative Gain Array (RGA)
Calculation and Interpretation
Pairing Guidelines
Decoupling Control
Decoupler Design
Static Decoupling
Dynamic Decoupling
Limitations
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4. Stability of Closed-Loop Systems
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6. Model Predictive Control (MPC)