10.0 SUGGESTED READINGS
Chapter 13 Human–Machine Interfaces
Ryan J. Kowalski, P.E. Caseyann Sarli
2.0 UNDERSTANDING SITUATIONAL AWARENESS
3.0 FIELD DISPLAY AND ANNUNCIATION METHODS
4.0 DISPLAY CONTROL ROOMS AND HUMAN ENGINEERING
5.0 ADOPTING THE HUMAN–MACHINE INTERFACE PHILOSOPHY—DEVELOPING THE STANDARD
6.0 PERFORMANCE INDICATORS—EFFECTIVE USE OF TRENDING AND DATA
7.0 IMPLEMENTATION OF HUMAN–MACHINE INTERFACE DESIGN
8.0 ALARM MANAGEMENT—IMPLEMENTING BEST PRACTICES
9.0 MANAGING CHANGE AND FUTURE CONSIDERATIONS
Chapter 14 Process Controllers
Raluca F. Constantinescu, P.E.
3.0 PROCESS CONTROLLER SOFTWARE—CONTROL PROGRAMMING LANGUAGES
Chapter 15 Maintenance and Troubleshooting
1.0 THEORY OF MAINTENANCE MANAGEMENT
3.0 MAINTENANCE MANAGEMENT SYSTEMS
4.0 INSTRUMENT PERFORMANCE AND EVALUATION
Chapter 16 Control Systems Training
1.0 THE COMPELLING NEED FOR TRAINING
2.0 SUSTAINABILITY OF A TRAINING PROGRAM
3.0 TRAINING PROGRAM DEVELOPMENT
List of Figures
2.1 Performance comparison for a WRRF with manual and automatic SRT process control
2.2 Risk analysis example
3.1 Typical automation project execution
3.2 Ability to influence construction costs over time
4.1 Example of a P&ID
4.2 Example of a PFD
4.3 Process and instrumentation diagram legend and symbol drawing
4.4 Example of a control system architecture diagram
7.1 Information flow in a process
