Sinopsis\
As competition becomes stiffer in the chemical marketplace and processes become more complicated to operate, it is advantageous to make use of some form of automatic control. Automatic control of a process offers many advantages, including
- Enhanced process safety
- Satisfying environmental constraints
- Meeting ever-stricter product quality specifications
- More efficient use of raw materials and energy
- Increased profitability
Considering all the benefits that can be realized through process control, it is well worth the time and effort required to become familiar with the concepts and practices used in the field.
Content
- Introductory Concepts
- MODELING FOR PROCESS DYNAMICS
- LINEAR OPEN-LOOP SYSTEMS
- Physical Examples of First-Order Systems
- Response of First-Order Systems in Series
- Higher-Order Systems: Second-Order
- LINEAR CLOSED-LOOP SYSTEMS
- Controllers and Final Control Elements
- Block Diagram of a Chemical-Reactor Control System
- Closed-Loop Transfer Functions
- Transient Response of Simple Control Systems
- FREQUENCY RESPONSE
- PROCESS APPLICATIONS
- STATE-SPACE METHODS
- NONLINEAR CONTROL
- COMPUTERS IN PROCESS CONTROL
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