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Distillation: Fundamentals and Principles ,1st Edition by Andrzej Gorak

Preface to the Distillation Collection

For more than 5,000 years distillation has been used as a method for separating
binary and multicomponent liquid mixtures into pure components. Even today, it
belongs to the most commonly applied separation technologies and is used at
such a large scale worldwide that it is responsible for up to 50% of both capital
and operating costs in industrial processes. It moreover absorbs about 50% of the
total process energy used by the chemical and petroleum refining industries every
year. Given that the chemical industry consumed 19% of the entire energy in Europe
(2009), distillation is the big driver of overall energy consumption.
Although distillation is considered the most mature and best-understood separation
technology, knowledge on its manifold aspects is distributed unevenly among
different textbooks and manuals. Engineers, by contrast, often wish for just one
reference book in which the most relevant information is presented in a condensed
and accessible form. Distillation aims at filling this gap by offering a succinct overview
of distillation fundamentals, equipment, and applications. Students, academics,
and practitioners will find in Distillation a helpful summary of pertinent methods
and techniques and will thus be able to quickly resolve any problems in the field
of distillation.
This book provides a comprehensive and thorough introduction into all aspects
of distillation, covering distillation history, fundamentals of thermodynamics,
hydrodynamics, mass transfer, energy considerations, conceptual process design,
modeling, optimization and control, different column internals, special cases of
distillation, troubleshooting, and the most important applications in various industrial
branches, including biotechnological processes.
Distillation forms part of the “Handbook of Separation Sciences” series and is
available as a paper book and as an e-book, thus catering to the diverging needs
of different readers. It is divided into three volumes: “Fundamentals and Principles”
(Editors A. Go′rak and E. Sorensen), “Equipment and processes” (Editors A. Go′rak
and
Z. Olujic), and “Operation and applications” (Editors A. Go′rak and H.
Schoenmakers). Each volume contains chapters written by individual authors with
acclaimed expertise in their fields. In addition to that, readers will find crossreferences
to other chapters, which allow them to gain an extensive overview of
state-of-the-art technologies and various research perspectives. Helpful suggestions
for further reading conclude each chapter.
A comprehensive and complex publication such as Distillation is impossible to
complete without the support of an entire team whose enduring help I wish to
acknowledge. In particular, I wish to express my heartfelt gratitude to the 42 leading
world experts from the academia and industry who contributed to the chapters of this
book. I thank the co-editors of the three volumes of DistillationdDr Eva Sorensen,
vii
UCL, Dr
Zarko Olujic, Delft University of Technology, and Dr Hartmut Schoenmakers,
former member of BASF SE, Ludwigshafendfor their knowledgeable input
and expertise, unremitting patience, and continuous encouragement. The invaluable
editorial assistance of Dipl.-Ing. Johannes Holtbru¨gge during the entire editorial
process is also greatly acknowledged.
Editorial assistance of Vera Kru¨ger is also appreciated. I thank the Elsevier team
Jill Cetel, Beth Campbell and Mohanambal Natarajan for their support and valuable
help through the whole editing process.

Dr Andrzej Go′rak
TU Dortmund University

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