48 Best Books on Process Control

Book Review: This book presents a comprehensive introduction to process control, which covers topics such as dynamic modeling, feedback control, and frequency response analysis techniques. The integration of software tools using MATLAB simulations is also emphasized. In addition, the book features process control diagrams and includes several case studies that demonstrate how critical techniques are applied in real-world scenarios. With practical examples, derivations, and various techniques, this book is an invaluable resource for both students and professionals. Furthermore, the book provides frequency response analysis techniques that can be used to evaluate the robustness of control systems.

Book Review: This book comprehensively covers various aspects related to chemical process control, including process modeling, dynamic analysis of processing systems, various control schemes, multivariable control configuration synthesis for single units, and many other chemical plants. It also includes the design and analysis of digital computer control systems, regulatory control systems for multivariable processes, and practical identification methods.

Book Review: This book comprehensively covers various aspects related to chemical process control, including process modeling, dynamic analysis of processing systems, various control schemes, multivariable control configuration synthesis for single units, and many other chemical plants. It also includes the design and analysis of digital computer control systems, regulatory control systems for multivariable processes, and practical identification methods.

“Industrial Process Control Systems” Book Review: The book aims to provide a comprehensive overview of process control by introducing readers to its industrial applications. It covers various systems that are involved in a process, including operating, pressure, and thermal systems, as well as temperature, pressure, flow, and level systems. Additionally, it delves into advanced topics such as microprocessor systems, automated processes, and robotic systems. Finally, the book concludes with sections on analytical process systems, microprocessor systems, automated processes, and robotic systems.

“Predictive Process Control of Crowded Particulate Suspensions” Book Review: This book presents the concepts of Predictive Process Control with a focus on particle physics and rheology. The book is divided into 47 well-explained chapters, starting with an introduction to predictive process control and key concepts of particle physics, and progressing to more complex topics such as the particle crowding interface. The later chapters of the book cover ceramic forming processes and rheology in depth. The book is suitable for those who want to gain knowledge and understanding of predictive process control, particle physics and rheology.

“Process Modeling” Book Review: The book is specifically designed for students of chemical engineering and focuses on the principles of process modeling, simulation, and control. The key topics covered in the book include the analysis of closed loop dynamics in various domains such as time, Laplace, frequency, and sample-data. The book also provides practical and straightforward identification methods along with essential concepts for tuning controllers, developing control structures, and considering the interaction between plant design and control. Additionally, the book covers designing simple regulatory control systems for multivariable processes and control valves, among a few other topics.

“Robust Nonlinear Control Systems Design: Application to Nonlinear Processes” Book Review: This book focuses on the design framework of control systems and is highly recommended for individuals working or interested in this field, including students and engineers. It provides insight into common challenges encountered in control system design, with emphasis on concepts like process nonlinearities. The book also provides detailed explanations of the models used in designing the controllers.

“Practical Process Control” Book Review: This book is a comprehensive guide for professionals and students in the field of process control. With its practical approach, the book covers a wide range of topics essential for understanding and implementing process control systems. The chapters include an introduction to process control, control system components, process dynamics and models, controller tuning methods, advanced control techniques, and troubleshooting. Each chapter provides clear explanations and practical examples to enhance understanding. The book serves as a valuable resource for anyone seeking practical knowledge and skills in process control.

“Process Control: A Practical Approach” Book Review: This book addresses essential topics related to the development and management of process control applications, and is organized into three main sections. The initial segment of the book introduces the fundamental concepts of control, followed by an exploration of advanced regulatory control techniques. The final section delves into the intricacies of multivariable control. Additionally, the book discusses a diverse array of design methodologies and techniques with broad applications, as well as algorithms used in distributed control systems. Each chapter concludes with comprehensive mathematical derivations to further aid the reader’s understanding.

“Process Control: Designing Processes and Control Systems for Dynamic Performance” Book Review: This book specifically designed for students of chemical engineering. It offers comprehensive insights into plant design and control, encompassing diverse topics such as dynamic performance parameters, measurement selection and modification, and control structures. In addition, it delves into more advanced subjects such as modelling, single and multi-loop control, complex systems aspects, and multi-loop control designs.

“Process Control: Theory and Applications” Book Review: This book is a valuable information resource that can be read at various levels, making it a powerful tool for gaining knowledge. It comprehensively covers various aspects of control theory and their practical applications, making it a valuable resource for process engineers, academics, researchers, and students alike. Each topic is thoroughly explained with detailed theories, techniques, and algorithms, and supported with abundant references. Moreover, the book contains helpful examples that facilitate the understanding of different techniques and their mastery.

“Process Simulation & Control Using Aspen” Book Review: This book offers a detailed account of process simulation and control using Aspen, addressing the intricate nature of modeling through an extensive set of equations. The text examines the difficulties arising from the involvement of complex processes in industrial settings, and explores how process flow sheet simulators can be employed to mitigate these challenges. In addition, the book delves into the topics of simulation, dynamics, optimization, and closed-loop control using the prevalent commercial flowsheet simulator. Various chemical units such as continuous stirred tank reactors, flash drums, and petroleum refining columns are discussed at length.

Book Review: This book comprehensively covers theoretical, practical, and methodological concepts related to system identification. It introduces various techniques, including subspace methods, frequency data domain methods, nonlinear black box methods, neural networks, fuzzy modeling, and many others. Moreover, the book offers practical information to enhance the understanding of real-world applications and principles, as well as the algorithms used in different identification techniques.

“Model Predictive Control in the Process Industry” Book Review: The book delves into crucial facets of the process control industry, particularly model predictive control, while also covering optimal control and stochastic control. Additionally, it explores other concepts such as the control of processes with dead time and multivariable control. The primary objective of the book is to discuss the implementation challenges of model predictive control, combining the practical approach of control algorithm users with the abstractly formulated techniques of researchers in the field. The book comprises lectures delivered to senior undergraduate and graduate students, as well as articles.

Book Review: This is a comprehensive book that addresses the need for advanced control techniques in various industrial applications. It focuses on enhancing control performance for loops that significantly influence plant economics and product quality. By delving into topics beyond traditional feedback and cascade control, this book equips readers with the knowledge and tools to optimize control systems. Additionally, it explores the economic implications of implementing advanced control technologies, providing valuable insights for industry professionals and engineers seeking to improve process efficiency and profitability.

“Advanced Process Identification and Control” Book Review: The book focuses on advanced process modeling, and is beneficial for students at both undergraduate and postgraduate levels in the field. It covers topics such as identification, prediction, and parameter estimation, essential for analyzing and implementing industrial systems. The book offers a wide range of applications for both linear and nonlinear systems, along with concepts related to the design of generalized predictive controllers (GPCs) and control of multivariable systems.

“Process Control : A Practical Approach” Book Review: The book provides comprehensive coverage of essential elements involved in designing and upkeeping process control applications. It comprises three main sections, namely, basic control, advanced regulatory control, and multivariable control. Furthermore, it discusses various design methodologies, techniques, and algorithms that have a wide range of applications in distributed control systems. The book concludes each chapter with complex mathematical derivations.

“Introduction to Process Control” Book Review: The book offers an extensive introduction to both the conventional themes and the industry-specific process control. The book’s “Continuing Problem” methodology, coupled with the inclusion of fresh concepts and strategies to the examples, aids in the readers’ improved comprehension of the topic. Using MATLAB simulation, the book realizes a complete control system. In addition, the book discusses the applications of process control concepts, including data processing and process monitoring, which are crucial components of the overall control system architecture.

“Data-driven Methods for Fault Detection and Diagnosis in Chemical Processes” Book Review: The book covers theoretical and practical aspects of data-driven process monitoring, including topics such as Principal Component Analysis, Fisher Discriminant Analysis, Partial Least Squares, and Canonical Variate Analysis. It offers insights into the applications, advantages, and drawbacks of these techniques, allowing readers to choose the appropriate method for their specific needs. The book comprises 11 chapters, beginning with an introduction to the subject, followed by detailed descriptions of the aforementioned topics. The concluding section includes results and discussions, along with an overview of analytical and knowledge-based approaches.

“Advanced Process Dynamics and Control” Book Review: This book is a comprehensive guide to control technology, which includes simulation PCSA and various examples on multi-loop platforms and distillation columns. It provides an in-depth description of exothermic reactors, MIMO, and nonlinear systems treatment, and also covers instrumentation systems, industrial practices, and operations. The book further discusses microcontrollers, PLCs, and computer-based controllers, as well as computer programming procedures, graphic support, and complex dynamic systems. It is an ideal resource for postgraduate students of chemical and control engineering, as well as professionals engaged in plant automation systems. The book features examples, solved exercises, and practical applications, covering topics such as controller synthesis, controller tuning, and adaptive control strategies.

“From Plant Data to Process Control: Ideas for Process Identification and PID Design” Book Review: This book covers the topics of process identification (PID) and process control techniques and algorithms. These are two crucial process engineering components that play a significant role in optimizing production systems. The book explores the theoretical advancements in process design and control theory, as well as various implementations.

Book Review: This book discusses the practical progressions in the realm of Rockwell Automation’s SLC 500 family of Programmable Logic Controllers (PLC), introducing readers to the RSLogix software and ControlLogix PLC. It boasts enhanced demonstrations, manufacturer photos, and RSLogix software screens to illustrate various principles of PLC operation, making it easily comprehensible. Additionally, separate chapters on ControlNet and DeviceNet are included, along with updated references to SLC 500, MicroLogix, and PLC 5.

Book Review: This book comprehensively addresses the fields of computing and techniques employed in the design of digital controllers. The various subjects discussed include computer networking, topology, communication protocols, and DCS basics of fuzzy logic control. The design of fuzzy logic control, which improves the performance of many traditional PID controllers, is also demonstrated and presented. Furthermore, the book includes numerous case studies that exemplify the design of digital controllers.

“Computer-Based Industrial Control” Book Review: The book is basically for undergraduate and postgraduate students of instrumentation/electronics engineering. However, it is equally valuable for professionals and researchers in this field. It commences by introducing automation, its history, and its current uses and applications. The subsequent section, ‘Process Control,’ delves into the intricacies of process control, including techniques, components, subsystems, and system architecture, with a detailed description. The book also covers various technological advancements in this field. To enhance practical knowledge and provide relatable content, several case studies and examples of computer-based control in industries are incorporated.

“Process Control Instrumentation Technology” Book Review: This introductory book aims to equip students with a fundamental understanding of control systems. Designed for beginners, it presents complex concepts in a clear and accessible manner, without requiring advanced mathematics or theory. The topics covered include sensors, final control elements, analog and digital conditioning, programmable logic controllers, analog and digital process controllers, process control networks, and control loop tuning. With a focus on practical applications, the book provides numerous problem-solving examples that are relevant to real-world scenarios. It is an ideal resource for students and professionals pursuing careers in process control and instrumentation.

“Instrumentation Engineers Hand Book – Process Control” Book Review: This book is the fourth and most recent edition of a bestseller. As with its predecessors, this edition offers practical and easily accessible information. The book’s content is designed to be applicable in real-life situations and has been thoroughly tested. It covers a range of topics, including overseas manufacturer products and concepts, model-based optimization in control theory, and major advancements in control valve technology. Additionally, a chapter on safety is included. To aid readers’ comprehension, the book is filled with numerous graphs, figures, and tables. This new edition expands and updates the material presented in previous editions.

Book Review: This book serves as an introduction to the fundamental and advanced principles of industrial control and instrumentation. In addition to covering the basic terminologies of measurement and control systems, the author also provides information about the components used to construct control systems. Each chapter concludes with pertinent problems that enable students to assess their newly acquired knowledge. This book is particularly valuable for students pursuing BTEC national certificate and diploma programs in electrical and electronic communication, as well as computer science engineering.

“Industrial Automation and Process Control” Book Review: This book is a valuable resource for those new to automation. It caters to a diverse audience, including electro-mechanical students, professionals, and industrial maintenance technicians. The book provides a comprehensive understanding of automation and process control, covering fundamental concepts, programming, and application of various topics, such as PLCs, sensors, communication devices, and robotics. The book also includes installation, troubleshooting, and servicing procedures to equip technicians with practical knowledge that is highly sought after by companies. To enhance the book’s content, it includes illustrations and real-world examples.

“Microprocessors in Process Control” Book Review: This book covers all the essential topics required to learn in the field of “process control,” making it an ideal resource for instrumentation and control engineering students and professionals. It includes a comprehensive description of all the microprocessor-related topics, covering the latest technologies in detail. The book has been written in a manner that is acceptable, reliable, and satisfactory for the process industry.

“Automated Continuous Process Control” Book Review: The book presents a well-structured exploration of process control, focusing on its key elements. It adopts a practical approach, minimizing the reliance on complex mathematical equations and instead emphasizing real-life examples. Beginning with the fundamentals of process control, it enables readers to grasp the concepts and apply them in industrial settings. The book covers a range of topics, including physical processes, feedback controllers, PID controllers, cascade control, block diagrams, stability analysis, control techniques, and multivariable process control. With applications across electrical, industrial, chemical, and mechanical engineering, this comprehensive guide provides valuable insights and practical guidance for day-to-day operations in process control.

“Nonlinear Model-Based Process Control: Applications in Petroleum Refining” Book Review: The purpose of this book is to promote and modernize the transfer of technology in control engineering. Although control technology has made significant advancements in recent years, much of the progress has only been documented in research papers and industrial reports. This book provides a platform for researchers to showcase their latest work in all aspects of industrial control, allowing for wider and quicker dissemination of information. Over the last decade, numerous new theories, controllers, actuators, sensors, computer methods, industrial processes, and applications have emerged. This book offers an excellent summary of these new developments, with a specific focus on “refinery processes” and “non-linear model-based control architecture”.

“Control and Instrumentation for Wastewater Treatment Plants (Advances in Industrial Control)” Book Review: This book serves as an informative resource for those interested in designing, installing, commissioning, and operating Wastewater Treatment (WWT) plants. It caters to WWT plant operators, process design and control engineers, work managers, and students. The book delves into the latest advancements in computer-based plant control, which include control theory, WWT plant modeling and simulation, supervisory control, data management, sensors, virtual instrumentation, expert systems, neural networks, and fuzzy logic.

“Advanced Instrumentation and Computer I/O Design: Defined Accuracy Decision, Control, and Process Applications” Book Review: This book is useful for both graduate students and engineering practitioners who engage in the development and deployment of industrial process control systems, laboratory instrumentation, medical electronics, telecommunications, and embedded computer systems. It elaborates on the design techniques of sensor-amplifier-filter signal conditioning and presents design models with their corresponding theoretical derivations and experimental outcomes. Additionally, the book offers industry-specific, laboratory-based, and aerospace system design problems at the conclusion of each chapter. It encompasses the most up-to-date electronic devices and system applications.

“Modeling and Advanced Control for Process Industries: Applications to Paper Making Processes (Advances in Industrial Control)” Book Review: This book presents valuable insights into enhancing the pulp and paper making process through the application of safe, economical, and top-notch advanced control technology. In addition, it delves into the various uses of papermaking. The book aims to provide an easy-to-understand account of advanced process control techniques for the benefit of the reader.

“Advanced Process Control (Butterworths Series in Chemical Engineering)” Book Review: This book is a valuable resource for engineers and students enrolled in undergraduate and graduate courses on process control. It offers concise explanations of process control concepts, along with introductory coverage of matrix algebra and differential equations. The book provides a comprehensive overview of applied modern control theory, delving into its practical applications. It includes numerous examples that illustrate computational algorithms and facilitate a better understanding of the subject matter.

“Computer Control of Processes” Book Review: This comprehensive book delves into the principles behind digital controller design and computers. It covers various aspects such as computer networking, communication protocols, and DCS fundamentals. The book provides in-depth information on fuzzy logic control, including its design and application to improve conventional PID controllers. It features several case studies to illustrate the design of digital controllers. The book also covers newer topics such as programmable logic control (PLCs), smart sensors, and Fieldbus. Additionally, it provides insights into the identification and design of nonlinear controllers. This book is suitable for users interested in the field and also covers the fundamentals of fuzzy logic control and its design.

“Process Simulation and Control Using Aspen” Book Review: This book is an extensive guide to the simulation, optimization, dynamics, and closed-loop control of a diverse range of chemical processes using the widely used commercial flowsheet simulator ASPEN (TM). It provides an in-depth understanding of various chemical units, including flash drums, continuous stirred tank reactors, plug flow reactors, petroleum refining columns, heat exchangers, absorption towers, reactive distillation, distillation trains, and monomer production units. This text offers a comprehensive introduction to simulating large chemical plants, comprising multiple single process units. With new sections, additional information, plentiful illustrations, and exercises, this book is an invaluable resource for senior undergraduate and postgraduate students of chemical engineering. Moreover, research scientists and practicing engineers can also use it as a helpful guide for simulating chemical processes.

“Process Control: Modeling, Design and Simulation (Prentice-Hall International Series in the Physical and Chemical Engineering Sciences)” Book Review: This book serves as an introductory guide to modeling, analyzing, and simulating the dynamic behavior of chemical processes for students studying chemical engineering. In addition to presenting theory and analytic solutions, it also incorporates interactive learning through computer-based simulation exercises. Through practical examples and 16 hands-on learning modules, students are taught important techniques, behaviors, and control problems in the field. These modules use MATLAB software, including the SIMULINK block-diagram simulation environment, to provide a comprehensive understanding of the concepts. The book covers topics such as Fundamental Models, Dynamic Behavior, Empirical Models, Introduction to Feedback Control, PID Controller Tuning, Frequency-Response Analysis, Internal Model Control, The IMC-Based PID Procedure, Cascade and Feed-Forward Control, PID Enhancements, Ratio, Selective, and Split-Range Control, Control-Loop Interaction, Multivariable Control, Plantwide Control, Model Predictive Control, as well as an Introduction to MATLAB, Introduction to SIMULINK, Ordinary Differential Equations, MATLAB LTI Models, Isothermal Chemical Reactor, First-Order + Time-Delay Processes, Biochemical Reactors, CSTR, Steam Drum Level, Surge Vessel Level Control, Batch Reactor, Biomedical Systems, Distillation Control, Case Study Problems, Flow Control, and Digital Control.

“Distributed Computer Control Systems in Industrial Automation: 66 (Electrical and Computer Engineering)” Book Review: This is a comprehensive book that caters to professionals and students in the field of electrical and computer engineering. With 66 chapters, it covers a wide range of topics related to distributed computer control systems. The book explores various aspects of industrial automation, including system architecture, network protocols, real-time control, fault tolerance, and security. It delves into advanced topics such as distributed algorithms, machine learning, and artificial intelligence in control systems. This book serves as a valuable reference for anyone interested in understanding and implementing distributed computer control systems in industrial settings.

“Computer-Aided Process Control” Book Review: This book is a useful resource for professionals and students seeking knowledge in the field of process control. The book is divided into several well-structured chapters that cover a wide range of topics. It starts with an introduction to process control and then explores various control system components such as sensors, actuators, and controllers. The book also delves into advanced topics like control algorithms, model-based control, and optimization techniques. With practical examples and case studies, this book provides valuable insights into computer-aided process control and is a valuable reference for anyone in the field.

Book Review: This book covers the most recent developments in digital technology, as well as the escalating specialization and intricacy within the field. One chapter of the book is entirely dedicated to the management of discrete state processing systems. Additionally, the book provides a comprehensive analysis of stability, mode characteristics, and design principles for the measurement, electronic, pneumatic, and mechanical attributes of process control loops. It also includes an extensive range of topics such as system elements, measurement techniques, signal conditioning, and final control components.

Book Review: The book presents a comprehensive survey of the various facets of chemical process control. These comprise process modeling, dynamic analysis of processing systems, a diverse range of control systems, the creation of multivariable control setups for both individual units and entire chemical plants, as well as the analysis and design of digital computer control systems.

“Computer Aided Process Control” Book Review: This comprehensive and practical book provides an introduction to computer control of industrial processes. It covers essential topics such as mathematical modeling, feedback methods, and the role of computers in control and design of industrial processes. The book also includes advanced process control concepts, case studies, and design aspects for better comprehension. It is primarily designed for B.E., B.Tech, M.E., and M.Tech students, particularly those studying chemical, mechanical, and electrical engineering. However, it also serves as a valuable handbook for practicing engineers, researchers, and field personnel of all levels.

“Fourth Ifac/Ifip International Conference on Digital Computer Application to Process Control” Book Review: This book offers a comprehensive introduction to the application of digital computers in process control. It presents a detailed overview of the current state-of-the-art in both practical and theoretical contexts. Topics covered include digital control algorithms, interface issues related to process control, software for process computers, digital computer applications in metallurgy, digital computer applications in power systems, and much more. The book is specifically tailored to meet the needs of students, educators, and professionals in the technology industry who work with process control systems on a regular basis.

Book Review: This textbook is a useful resource for those interested in control systems design for fluid process industries. Its contents encompass control technology principles, starting from fundamental theory and advancing towards more complex control applications. The book serves as an informative guide for controller selection and tuning, evaluating controller performance, and optimizing systems configuration. Readers can benefit from its insights on inventory control, internal models, model predictive control, closed-loop responses for distributed lag processes, set-point filtering, sampling effects, and other related topics. Overall, this is a valuable reference book for anyone seeking a comprehensive understanding of control systems in industrial fluid processes.