Process Control

Name: Process Control
Price: 225 USD
Availability: InStock
ISBN: 9780443441035

Bringing Academia and Industry Together

by Paweł D. Domański

1st Edition

Publisher: Elsevier

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Book Details

Print ISBN	9780443441035
eText ISBN	9780443441042
Publisher	Elsevier
Publishing Year	2026
Edition	1st Edition
Language	English
Pages	508

The 1st Edition of Process Control: Bringing Academia and Industry Together is an academic textbook edited by Paweł D. Domański that addresses control engineering problems within chemical engineering. The volume combines insights from university researchers, plant engineers, and control system vendors. It provides structured support for students, scientific researchers, and industry professionals.

Core subject coverage focuses on fundamental and operational aspects of industrial automation. Detailed chapters examine proportional-integral-derivative tuning methods alongside hybrid control strategies. The text also details alarm management protocols and advanced ratio control mechanisms to assist practitioners in maintaining process efficiency and facility safety.

Editor Paweł D. Domański brings academic experience from the Institute of Control and Computational Engineering at Warsaw University of Technology, where he has worked since 1991. The text fits upper-level chemical engineering curricula seeking to align theoretical control principles with practical plant automation.

Chapter 1: A chapter about the gap.
Chapter 2: Enhancing (PID) Control Education for Industry Practitioners: Bridging Theory and Practice
Chapter 3: Beyond the Classroom: Industry Practices and Challenges on Process Control Design and Operation
Chapter 4: PID Tuning Challenges in Industry and Best Practices
Chapter 5: Improvement of process control with ARC and PIDA algorithm -- practical framework
Chapter 6: Regulatory Control Performance Analysis: Experiences Gained in the Last Decade
Chapter 7: The trade-off among different PID control performance
Chapter 8: sic!-PID: theoretical analysis and implementation concerns
Chapter 9: Anti-windup in PID and MPC - similarities and differences
Chapter 10: Event-Based PID Control
Chapter 11: Modern methods for alarm management
Chapter 12: The role played by proof testing in the SIL calculations
Chapter 13: Plantwide Control: From Research and Development to Industry Adoption
Chapter 14: Simple PID tuning
Chapter 15: PID-based control approaches for microalgae production in raceway photobioreactors
Chapter 16: Feedforward control revisited
Chapter 17: Advanced Ratio Control
Chapter 18: Industrial hierarchical control approaches for solar energy systems
Chapter 19: Stable Transfer Function Modeling Tool for Industrial Processes: an Identification Approach with Structural Constraints
Chapter 20: Analysis of Multi-Loop Control System Using Nonstationary Probabilistic Models
Chapter 21: Towards Digital Twins: Hybrid PID–MPC Control of Continuous Direct Compaction Process
Chapter 22: Optimised process planning and control in batch-type water recovery facility
Chapter 23: Quo vadis control engineering a.d. MMXXV?