Author(s): J. F. Richardson and D. G. Peacock
Publisher: Butterworth-Heinemann
Bottom Line: If you're looking for
a quick reference on all three topics, this is the book for you. For advanced topics
on the subject matter, you may want to consider a title dedicated to the individual topic.
Summary: By first introducing the reader to
chemical reaction engineering and then concentrating on applying those principles to
biochemical reactors, the authors make a wise decision. Thus far, biochemical
reaction engineering coverage has been sparse and the authors take a combined approach to
the topic. The inclusion of the process control section (which focuses on reactor
control) makes for a nice overall reference.
The book is divided into the following main
sections: Reactor Design- General Principles
Flow Characteristics of Reactors- Flow Modeling
Gas-Solid Reactions and Reactors
Gas-Liquid and Gas-Liquid-Solid Reactors
Biochemical Reaction Engineering
Sensors for Measurement and Control
Process Control
Layout: The layout makes sense in the
order of presentation. As with others in the series, the text is easy to read,
equations and graphs are well done and easy to reference. A comprehensive index is
included.
From the Book:
The Role of Biochemical Engineering .............................................................................................
Whilst it may be said that biochemical engineering involves the
application of chemical engineering principles to biological systems and the manufacture
of biologically derived products in general, there is, however, a considerable emphasis on
processes involving the growth of micro-organisms because eith the organisms themselves
represent the product, or the formation of product is in some way related to the growth
process. The typical rates of growth of microbes are such that they double their
total mass in a few hours and, in some cases, in a matter of minutes. This, when
compared with the growth rates of more complex life forms with doubling times of weeks or
months, makes them attractive systems on which to base commercial process, even though
their care and manipulation present their own problems and difficulties.
Highs: Well planned progression
through the topics enhances the learning experience. Section on biochemical
reactions and reactors is particularily insightful.
Lows: Tries to cover three broad
topics in one book. May have missed some topics important to readers in the process.
Overall: Another
good book in a series of good books, the only question is how often you'll need it.
Depending on you needs, you may be impressed or left looking for some more details.
Chemical Engineering Volume 3: Chemical
& Biochemical Reactors & Process Control
(out of four stars)