46 Best Books on Chemical Process Engineering

“Unit Operations of Chemical Engineering” Book Review: This is a textbook designed for undergraduates pursuing chemical engineering courses in university or college. It begins with a chapter that explains concepts in chemical engineering, this chapter provides understandable definitions and principles. There are twenty-eight other chapters that focus on different chemical engineering unit operations. These twenty-eight chapters are divided into four sections; fluid mechanics,heat transfer,mass transfer and equilibrium and operations involving particulate solids.

“Principles of Unit Operations” Book Review: This textbook is designed for students interested in chemical engineering.It is divided into three parts. The first part covers topics like operations, mass transfer operations,phase relations,equilibrium stage calculations, countercurrent multistage operations,countercurrent multistage operations with reflux, simplified calculation methods and multicomponent state operations. The second part covers molecular and turbulent transport, differential mass, heat, and momentum balances,equations of change and interphase transfer.The third part covers applications to equipment design,heat transfer,mass transfer,the energy balance in flow systems,fluid motive devices ,particulate solids and flow and separation through fluid mechanics.

“Mechanical Operations For Chemical Engineers: Incorporating Computer Aided Analysis” Book Review: This book helps the reader understand fundamental concepts in chemical engineering. It expounds on a lot of mechanical operations. It covers topics such as particle technology, communication, particle dynamics, sedimentation, filtration,gas-solid separation,mixing and agitation,fluidisation,flotation and handling and transport of solids. It also includes objective type questions that would help the reader test their knowledge.Students interested in chemical engineering, mechanical engineering, metallurgical engineering, mineral engineering and other related fields would all find the book useful.

“Chemical Engineering” Book Review: This book describes the properties of particulate systems. It also contains the character of individual particles and their behaviour in fluids. The book also includes information on sedimentation of particles, both singly and at high concentrations, and how they flow in packed and fluidised beads and also how filtration is examined. It also explains separation processes, such as distillation and gas absorption. The different techniques of growing importance of adsorption, ion exchange, chromatographic and membrane separations and process intensification are expounded on. Graded problems are also included.

“Unit Operation and Chemical Engineering” Book Review: This book includes readings and activities made to assist students in enhancing their comprehension and response skills. Lesson plans that contain brief reading selections and are perfect for the classroom are listed. There are also multiple–choice questions that help students test their knowledge. Thinking and writing activities are included. The reading comprehension boosters included in the book are flexible and may be utilized as a main or supplemental program or for preparing for tests.

“Unit Operations of Chemical Engineering” Book Review: This textbook provides an extensive introduction into unit operations, covering fluid mechanics, heat transfer, mass transfer and solids handling , which are key concepts in chemical engineering. Theory and engineering practicals are included in the book. Numerous practical illustrative examples are also contained in the book to help students understand the subject better.There are chapters that explain adsorption and membrane operations.

“Diffusion: Mass Transfer in Fluid Systems (Cambridge Series in Chemical Engineering)” Book Review: This textbook explains diffusion and separation processes, which is an important part of the engineering curriculum, in very clear details. It provides students with basic fundamentals needed to understand chemical purification and reaction engineering. Worked examples and questions are included to ensure students understand diffusion and other concepts related to mass transfer. Scientists and engineers would certainly find this book useful.

“Cavitation Reaction Engineering (The Plenum Chemical Engineering Series)” Book Review: This book presents conjectures, possibilities,arguments, and hypotheses. Theories with empirical constants and adjustable parameters are used to describe the chemical effects of cavitation in the book. It also contains possible solutions to the observed phenomena on the basis of cavitation parameters postulated by mathematicians and physicists. It discusses the progress chemists have made in forming explanations for the modes of reaction and the detection of intermediate chemical species.

“Chemical Process Control” Book Review: This book provides a fundamental overview on chemical process control. It describes methods for computerized control of chemical processes. It discusses learning the micro-macro design of chemical process systems. It talks about fundamentals of SISO feedback control. It provides numerous real-world examples with detailed explanation of problems and solutions. This book is designed focusing on students, teachers, and professionals in the field of engineering and science especially chemical engineering and industrial chemistry.

“Introduction to Chemical Equipment Design: Mechanical Aspects” Book Review: This textbook is designed for senior chemical engineering students who would be studying elementary theory of mechanics and strength of materials in the beginning of their studies. It is inspired by lecture notes from the faculty of the Indian Institute of Technology, Madras. The International System of Units (S.I units) is the only metric system used in this book, a chapter that focuses on units and conversion factors is also added so readers can understand the SI units better. Design examples are included in every chapter of the book to show the application of design equations.

“Chemical Process Equipment Design” Book Review: This textbook presents the readers, who could be students or practicing engineers, the applications and standards of drafting the equipment used in chemical, food processing, polymer engineering, and pharmaceuticals processing industries. The specifications and methodology of equipment drawing are recommended by the Bureau of Indian Standards. All the equipment drawings of the book follow BIS 696–1972 methodology. This book acquaintances the reader with the equipment used in various processing industries. It is prescribed for students and practitioners alike. Symbolic representations of equipment used in chemical, food processing and pharma industries are introduced and illustrated. Commonly used equipment are drawn in different shapes and sizes for better understanding. The book also presents a chapter on computerized drawing methods.

“Chemical Process Equipment Design” Book Review: This book provides step by step guidelines for designing chemical process equipment and measuring the performance. It expounds on topics and concepts that would be beneficial to undergraduate students interested in chemical engineering. Important design equations are included to express students can understand the concepts better.

“Process Design for Chemical Engineers” Book Review: This book is designed for anybody in the chemical engineering field that would like to learn more about process design. Chemical engineering students would learn key concepts in process design from the book. It is divided into eight chapters. The first chapter introduces process design, the second lists the types of pumps, the third expounds on the compressor, the fourth talks about heat changer, the fifth explains the vessel, the sixth covers line sizing, the seventh expounds on control value and the eighth explains Pressure Relief Device (PRD).

“Chemical Process Equipment: Selection and Design (Butterworths series in chemical engineering)” Book Review: This book provides guidelines for choosing and designing chemical process equipment. A lot of knowledge is provided in the book to show the reader the levels of performance of the equipment. It also contains examples of applications and sketches with graphs and tables are added. There are a lot of tips like shortcuts that would help students. References to more design procedures are included. There is also a chapter set aside to explain the economic side of chemical process equipment such as the cost of equipment.

“Personal Protective Equipment for Chemical, Biological, and Radiological Hazards: Design, Evaluation, and Selection” Book Review: This book expresses the importance of Personal protective equipment (PPE) to people exposed to toxic, infectious, and radioactive materials. It is beneficial to researchers and professionals in PPE fields. It clearly expounds on the methods through which PPE is designed, selected, and used in modern emergency response environment where users usually need to be protected against chemical, biological, or radiological agents in terrorism or warfare scenarios.

“Chemical Process Equipment: Selection and Design” Book Review: This book is written to help chemical, process, or plant engineers that need to choose, design or configure plants, the knowledge in the book would help the engineers conserve the plants and make decisions on the type of equipment to use. Uptodate information on design techniques for all standard equipment are added. There are examples of applications that show the performance of equipment. There are also solved examples, drawings, graphs, tables and key shortcuts that help the reader understand the concepts better.

“Introduction To Chemical Equipment Design: Mechanical Aspects” Book Review: This book is written to explain the different features of chemical equipment. It helps the reader to choose the perfect chemical equipment and design different chemical process equipment. Readers learn how to choose, size and make use of chemical process equipment. The concepts are arranged in a style that helps the reader to make swift and precise decisions concerning the choice of equipment, enhancing performance and increasing understanding.

Book Review: This book contains different chapters on process synthesis, computer aided design and chemical reactor design. The book carries out updating of economic analysis, equipment sizing and cost estimation. The book also contains numerous real world examples thereby stressing on usage of computers in design, economic evaluation and optimization. The book also features different concepts, strategies and approaches in the usage of computers. This is a very useful textbook in chemical process design and evaluation.

Book Review: This book illustrates the concept of decision making in process systems design that occurs either in external environment or assumed process models. The book also discusses the traditional approaches to deal with the uncertainties and also illustrates the application of empirical overdesign factors to different solutions. The book also discusses the approaches that have been proposed to address uncertainties in process design. The book also explains the formulations that have been developed that deal with issues like flexibility, robustness, and controllability and decision theory.

Book Review: This book describes the concepts of refinery gas turbine cogeneration plants which normally occur in the arab gulf area. The book demonstrates the calculation of number of performance parameters related to thermodynamics. These parameters are steam efficiency, electrical efficiency, power to heat ratio, fuel saving rate to name a few. The book also demonstrates break-even analysis method that is used for economic analysis. The book also illustrates the effects of variations in fixed costs as well as variable costs.

Book Review: This is a very good reference book for engineers who deal with design, specification of chemical and process plants. The book also provides information on selection, sizing, process equipment operations and deals with the decision making on many standard processes. The book also improves productivity and stresses on the real world equipment design and focuses on performance maximization. The book also provides manufacturers data, many examples and shortcut methods to explain design procedures, The book also makes use of graphs and tables to demonstrate performance data.

Book Review: This is a very good textbook for students and professionals dealing with chemical engineering and explains the mechanical equipment that is used in the chemical process industry. The book also discusses various aspects of designing and building equipment that is used in chemical engineering industry. The book also explains the basic concepts that are involved in process equipment design. The book contains chapters on storage vessels, reaction vessels, machine element design, heat exchangers, mixers, filters, process hazards and many more.

“Process Equipment Design” Book Review: The book in discussion presents topics on numerous equipment used in a plethora of processes. The book is recommended to students interested in the domain of process equipment. The book mainly talks about the different criteria and requirements of equipment design. Cylindrical vessels with different dimensional specifications, proportionality is explained in the book. Design process of multi-layered vessels is elucidated. A few other topics include: selection of appropriate materials, maintaining various physical factors like pressure.

“The Finishing Process of Paper Production – A Selection of Classic Articles on the Methods and Equipment Used in the Paper Industry” Book Review: The book includes standard and novel methods of paper production. The book is a collection of various publications in the domain of paper manufacturing. It includes various titles like: “The History of Paper Production” “A Guide to the Economics of the Paper Industry” “The Beating Process in Paper Production” to name a few. It introduces various aspects of the paper industry to anyone new to the subject.

“Guidelines for Process Equipment Reliability Data, with Data Tables” Book Review: The book talks about the aspects of running a chemical process quantitative risk analysis. The book consists of a total of 8 chapters and a series of appendices. The first few chapters of the book provide introduction to the topics, equipment for failure rate data, CCPS taxonomy. Subsequent chapters dwell into data base, sources, CCPS generic failure rate data base. The last chapters deal with failure rate data transfer, supplemental references.

“Process Equipment Design: Vessel Design” Book Review: The book deals with the design and construction of containers, vessels used in the field. It is recommended to practitioners of the field, It describes the various factors to be considered in the design of a vessel. Numerous types of vessels classified on the basis of their geometry are also listed. The book further talks about design considerations of each type of vessel and thereby explaining the process equipment design.

“Chemical Kinetics : A Study of Reaction Rates in Solution” Book Review: This book starts with an introduction to chemical kinetics. Phenomenological kinetics are covered in three chapters. This book includes examples and exercises to get in-depth knowledge of the concepts. This book has a diagrammatic illustration, which makes us understand the concepts easily. The solutions are provided in the bookend for selected problems. The theory of chemical kinetics is covered in the 5th chapter. This book covers essential topics like phenomenology, physical theory, empiricism, and many more. This book is suitable for students in physical organic & inorganic chemistry, biophysical chemistry, and biochemistry.

“Chemical Kinetics and Dynamics” Book Review: This book provides a macroscopic view of empirical kinetics and the microscopic molecular viewpoint of chemical dynamics. The problems are given at the end of the chapter, which are very useful to test our knowledge. This book covers topics like phenomenological chemical kinetics and molecular reaction dynamics, reactions in the gas phase, liquids, and surfaces. Recent advancements like Reactive collisions of gas-gas and gas-surface are elaborately discussed. This book is a useful reference on kinetics for professional atmospheric kineticists, chemical engineers, and undergraduates.

“Chemical Kinetics” Book Review: This book gives us an in-depth knowledge of both experimental and theoretical chemical kinetics. This book has a lucid presentation. The solutions for the exercise questions are provided at the end of the book. This book contains examples that make the concepts easier to understand quickly. The concepts are explained in a student-friendly way. Topics like Analysis of kinetic Results, Energy of activation, Theories of Reaction Rates, Elementary gas-phase reactions, and a lot more are explained undoubtedly. Important concepts like Homogeneous catalysis, Isotope effects, reaction dynamics are explained in-depth. The historical background of the concepts are also explained, which is very useful. The author also mentions the biographical sketches of important researches in chemical kinetics. This book is a useful resource for Undergraduates for chemical kinetics.

“Rate Processes in Metallurgy” Book Review: The concepts covered in this book are systematically organized and explained. Solved examples are provided to understand the concepts deeply. Topics like kinetic properties of fluids, heat transfer, mass transfer, techniques of dimensional analysis, boundary layer theory, reaction kinetics, and many more are elaborately discussed. The Review questions are provided at every chapter-end to get a quick summary. Problems at chapter-end help to test our understandings of the concepts. Advanced concepts like transfer of heat, mass, and momentum for various metallurgical phenomena are taken up in detail. This book is suitable for metallurgy students.

“Quantum Mechanics of Molecular Rate Processes (Dover Books on Chemistry)” Book Review: The author has divided this book into three parts for explaining the formulation of quantum mechanics, collision theory, and the Molecular Rate process individually. References for the concepts are provided at the end of the book. The equations in the concepts are explained in a systematic way. This book elaborately explains topics like The rate of change of observables, formal collision theory, reactive collision, molecular encounters, statistical theories, and many more. The author also explains key concepts like the partitioning technique, equivalent potentials, and quasi bound states, and the theory of direct reactions. Advanced concepts like collisions of molecules with internal structure, generalized Ehrenfest theorem, the theory of reactive collisions, and the role of symmetry are taken up in detail. This book is a good resource for quantum mechanics students.

“Rate Processes of Extractive Metallurgy” Book Review: The book starts by explaining the fundamentals of the kinetics of heterogeneous reactions in metallurgy. This book is filled up with diagrammatic illustrations that provide a better idea of concepts. Topics like Mass Transfer, Reaction of a single nonporous and porous particle, F curves in the design process, Leaching of metals, sulfides, oxides, and a lot more are elaborately explained. The References are provided at each chapter-end to help the reader to explore more on the concepts. The real-time examples are provided for the concepts we learn. Advanced concepts like Zone refining, smelting, sintering, calcination, Roasting reactions are taken up in detail. This book is a useful reference for Ug students in metallurgy stream.

“Applied Mathematics and Modeling for Chemical Engineers” Book Review: The book blends concepts of classical analysis and modern-day applications. It is apt for students of chemical engineering. It begins by introducing concepts of model building stage before diving into traditional techniques employed in ordinary differential equations. Solution methods like perturbation and fundamental numerical solutions are also explained. Analytical methods of different finite-class difference equations are listed. The last section of the book entails concepts of partial differential equations and numerical solutions.

Book Review: This book is very suitable for chemical engineers and enables them to apply mathematical techniques to solve practical problems. The book also provides many methods for solving ordinary differential equations and also provides analytical methods to solve finite difference equations. The book also provides techniques for solving partial differential equations from older methods to finite transforms. The book contains numerous problems that provide step by step explanation for solving the problems. This book is suitable for chemical engineering students as well as professionals involved in the field.

Book Review: This book is penned by engineers and is very suitable for engineers and covers almost all the aspects of modern applied mathematics. The book mainly focuses on the basic concepts rather than lengthy theorems and proofs. The book also contains many exercises that demonstrate topics like calculus, determinants, differential equations and complex variables.

“Partial Differential Equations” Book Review: The book in discussion covers all the facets of partial differential equations. It is prescribed for students interested in applied mathematics. Differential and difference methods are explained clearly. Concepts of formulation of boundary value problems and variation approximation methods are elucidated. The reader can find several worked problems throughout the text that aid the concepts of the book. It describes partial differential equations in both mathematical and scientific points of view helping students understand the concepts better.

“Partial Differential Equations” Book Review: The book presents concepts of partial differential equations. Students of applied mathematics can access this book. Various concepts of partial differential equations such as formal definitions, notational conventions, and a systematic discussion are covered. Emphasis is laid on classical second-order equations of diffusion, wave motion concepts. Subsequent chapters focus on Green’s functions, eigenvalue problems, practical approximation techniques. A few other topics included are: first-order linear, quasi-linear equations, potential theory, perturbations, difference equations, and numerical methods.

“Nonlinear Ordinary Differential Equations” Book Review: The updated and revised 4th edition of the book incorporates more problems and exercise than before. It is recommended to students and instructors of engineering, mathematics and sciences. Key topics of differential equations such as phase plane analysis, nonlinear damping, small parameter expansions are covered. The reader can find a plethora of worked examples, diagrams and hundreds of end of chapter problems. Other topics described are: phase plane analysis, nonlinear damping, small parameter expansions.

“Numerical Methods for Chemical Engineering” Book Review: The book covers mathematical concepts needed in the field of chemical engineering. It is prescribed for a lower level graduate student. The book starts with an introduction to linear and nonlinear algebraic systems before describing Bayesian statistics and parameter estimation. The book is written with limited mathematical prerequisites without dwelling into complex theoretical analytics. Readers can find the numerical methods implemented using MATLAB in every chapter along with various examples and applications to chemical engineering.