Approach to Process Control 2nd Edition by Professor William Svrcek, Dr Donald Mahoney, Dr Brent Young ISBN 9780470029541, 0470029544
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A Real Time Approach to Process Control 2nd Edition by Professor William Y. Svrcek, Dr Donald P. Mahoney, Dr Brent R. Young – Ebook PDF Instant Download/Delivery: 9780470029541, 0470029544
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Product details:
ISBN 10: 0470029544
ISBN 13: 9780470029541
Author: Professor William Y. Svrcek, Dr Donald P. Mahoney, Dr Brent R. Young
A Real- Time Approach to Process Control provides the reader with both a theoretical and practical introduction to this increasingly important approach. Assuming no prior knowledge of the subject, this text introduces all of the applied fundamentals of process control from instrumentation to process dynamics, PID loops and tuning, to distillation, multi-loop and plant-wide control. In addition, readers come away with a working knowledge of the three most popular dynamic simulation packages. The text carefully balances theory and practice by offering readings and lecture materials along with hands-on workshops that provide a ‘virtual’ process on which to experiment and from which to learn modern, real time control strategy development.
As well as a general updating of the book specific changes include:
A new section on boiler control in the chapter on common control loops
A major rewrite of the chapters on distillation column control and multiple single-loop control schemes
The addition of new figures throughout the text
Workshop instructions will be altered to suit the latest versions of HYSYS, ASPEN and DYNSIM simulation software
A new solutions manual for the workshop problems
Table of contents:
1 A brief history of control and simulation
1.1 Control
1.2 Simulation
1.3 References
2 Process control hardware fundamentals
2.1 Control system components
2.2 Primary elements
2.3 Final control elements
2.4 References
3 Fundamentals of single input-single output systems
3.1 Open-loop control
3.2 Disturbances
3.3 Feedback control overview
3.4 Feedback control: a closer look
3.5 Process attributes: capacitance and dead time
3.6 Process dynamic response
3.7 Process modelling and simulation
3.8 References
4 Basic control modes
4.1 On-off control
4.2 Proportional (P-only) control
4.3 Integral (1-only) control
4.4 Proportional plus integral (PI) control
4.5 Derivative action
4.6 Proportional plus derivative (PD) controller
4.7 Proportional integral derivative (PID) control
4.8 Choosing the correct controller
4.9 Controller hardware
4.10 References
5 Tuning feedback controllers
5.1 Quality of control and optimisation
5.2 Tuning methods
5.3 References
6 Advanced topics in classical automatic control
6.1 Cascade control
6.2 Feedforward control
6.3 Ratio control
6.4 Override control (auto selectors)
6.5 References
7 Common control loops
7.1 Flow loops
7.2 Liquid pressure loops
7.3 Liquid level control
7.4 Gas pressure loops
7.5 Temperature control loops
7.6 Pump control
7.7 Compressor control
7.8 Boiler control
7.9 References
8 Distillation column control
8.1 Basic terms
8.2 Steady-state and dynamic degrees of freedom
8.3 Control system objectives and design considerations
8.4 Methodology for selection of a controller structure
8.5 Level, pressure, temperature and composition control
8.6 Optimizing control
8.7 Distillation control scheme design using steady-state models
8.8 Distillation control scheme design using dynamic models
8.9 References
9 Using steady-state methods in a multi-loop control scheme
9.1 Variable pairing
9.2 The relative gain array
9.3 Niederlinski index
9.4 Decoupling control loops
9.5 Tuning the controllers for multi-loop systems
9.6 Practical examples
9.7 Summary
9.8 References
10 Plant-wide control
10.1 Short-term versus long-term control focus
10.2 Cascaded units
10.3 Recycle streams
10.4 General considerations for plant-wide control
10.5 References
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Tags: Professor William Svrcek, Dr Donald Mahoney, Dr Brent Young, A Real Time