Principles and Case Studies of Simultaneous Design
By: William L. Luyben
Published: October 11, 2011
Format: Hardcover: 344 pages
ISBN-10: 0470927089
ISBN-13: 978-0470927083
Publisher: Wiley-AIChE
"Process design involves the development of an effective flowsheet to transform reactants into products in a profitable, safe, environmentally friendly, and controllable plant", writes Professor of Chemical Engineering at Lehigh University, William L. Luyben, in his comprehensive and detailed book Principles and Case Studies of Simultaneous Design. The author describes the general design principles, and provides the necessary mathematical formulas, for understanding the process for creating an effective flowsheet and control structure for the development of a chemical process.
William Luyben understands that the role of a chemical process is to take chemical discoveries and transform them efficiently and safely into a marketable product. The process involves scaling up small scale experiments and scaling them up into manufacturing sized quantities. William Luyben points out that how a chemist conducts small scale projects may be very different from the application of the concept in product development. The chemistry and physics of scaling up a small batch to a large scale often poses a problem for engineers. As a result, William Luyben provides the tools, formulas, and mathematics necessary for scaling a small experiment into a full manufacturing scale operation.
William L. Luyben (photo left) recognizes that scaling up a process from the laboratory to the large sale product building process is really a synthesis problem. The designer faces many challenges within the process, and some of those challenges are very often in direct conflict with one another. For the author, the chemical design process is a crucial area of chemical engineering. With concerns of energy and environmental issues and how they interact, reviving interest in energy efficient processes and plants, the author focuses on achieving the goals of developing process designs in a safe and environmentally sound manner.
William Buyden provides the principles of general design in a concise way to develop an effective and efficient flowsheet and control structure. The development of a chemical process requires consideration of both the steady state economic and controllability parts of the process. That is the simultaneous design concept that is addressed so effectively in this book.
For me, the power of the book is how William L. Luyben combines the theory of simultaneous design with the mathematical formulas and chemical engineering reactions to guide students, chemists, and engineers in developing a process. The author reinforces the principles outlined in each chapter with real world case studies of those same principles in action. William Luyben provides a service to industry as well, through the recognition of the need for developing new products, refining their processes, and for ensuring a safe and environmental quality control.
The author shares the crucial technical information that is understandable for the engineering student, practicing engineer, and for chemists and designers in the scaling up of small scale tests into large scale processes. Non-engineers and students are reminded that this book is very technical in nature and requires some understanding of mathematics and chemistry.
I highly recommend the important and all encompassing book Principles and Case Studies of Simultaneous Design by William L. Luyben, to any chemistry or engineering students, practicing chemical engineers, product designers in industry, and business leaders looking for a fresh approach to simultaneous design issues. This book will transform your company's industrial processes and product design into one of a leader in process design.
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