Advanced Process Control (PDF)

Chapter 1. Introduction. 1.1. Implementing Control Logic. 1.2. Control Blocks for Process Control. 1.3. PID Controller. 1.4. Integrator or Totalizer. 1.5. Lead-Lag Element. 1.6. Dead Time. 1.7. Selector Block. 1.8. Cutoff Block. 1.9. Hand Station. Chapter 2. Cascade Control. 2.1. Jacketed Reactor. 2.2. Block Diagrams. 2.3. Problem Element. 2.4. Cooling Media Disturbances. 2.5. Effect of Varying Heat Transfer Rate. 2.6. Cascade Control Modes. 2.7. Remote Set Point. 2.8. Output Tracking. 2.9. Control Modes. 2.10. Interacting Stages. 2.11. Tuning Cascades. 2.12. Windup in Cascade Controls. 2.13. Integral Tracking. 2.14. External Reset. 2.15. Inhibit Increase / Inhibit Decrease. Chapter 3. Split Range Control. 3.1. Storage Tank Pressure Control. 3.2. Split Range. 3.3. Temperature Control Using Liquid Bypass. 3.4. Recirculating Jacket with Heat and Cool Modes. Chapter 4. Override Control. 4.1. Limit on Cooling Water Return Temperature. 4.2. Example without Windup Protection. 4.3. Integral Tracking. 4.4. External Reset. 4.5. Inhibit Increase / Inhibit Decrease. 4.6. Limits on Heat Transfer. 4.7. Other Examples. Chapter 5. Valve Position Control. 5.1. Polymer Pumping Example. 5.2. Terminal Reheat Systems. 5.3. Equilibrium Reaction. 5.4. Reactor with Once-Through Jacket. Chapter 6. Ratio and Feedforward Control. 6.1. Simple Ratios. 6.2. Ratio Control in Digital Systems. 6.3. Feedback Trim. 6.4. Dynamic Compensation. 6.5. Ratio-plus-Bias. 6.6. Characterization Function. 6.7. Cross-Limiting. 6.8. Directional Lags. 6.9. Feedforward Control. 6.10. Feedforward Control Example. Chapter 7. Loop Interaction. 7.1. Multivariable Processes. 7.2. Issues with the P&I Diagram. 7.3. Steady-State Sensitivities or Gains. 7.4. Quantitative Measures of Interaction. 7.5. Loop Pairing. 7.6. Starch Pumping System. 7.7. Reducing the Degree of Interaction. Chapter 8. Multivariable Control. 8.1. Decoupler. 8.2. Dead Time Compensation.. 8.3. Model Predictive Control (MPC).

Dr. Cecil Smith has over 35 years experience in process control, and his expertise encompasses virtually every control technology being applied in industrial production facilities. His primary focus is on designing a control strategy for a process and then commissioning the controls, that is, the process aspects as opposed to systems aspects.? However, he is proficient with both DCS's, PLC's, PC-based controls, and single-loop microprocessor-based controls, and is capable of resolving both process and system problems.
Dr. Smith has equally extensive experience in teaching continuing education courses for practicing engineers on various aspects of process control and instrumentation.

Dieses eBook können Sie uneingeschränkt auf allen Geräten der tolino Familie lesen. Zum Lesen auf sonstigen eReadern und am PC benötigen Sie eine Adobe ID.