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Chemical Engineering Kinetics and Reactor Design is one of the key
courses in any academic Chemical Engineering studies, and it is
typically offered in the third year of a Chemical Engineering
undergraduate program. The main objective of this course is to
learn to analyze the performance of chemical reactors, and to
design them. This book covers all topics that are taught in an
undergraduate course on Chemical Engineering Kinetics and Reactor
Design. Starting from the study of chemical kinetics of
homogeneous, noncatalytic systems, the book moves on to
heterogeneous catalytic kinetics, enzymatic kinetics, and other
complex systems. Armed with this knowledge, the student is taught
how to describe batch reactors, continuous stirred-tank reactors,
and plug-flow reactors. The book is concluded with a chapter on the
determination of reaction kinetics from experimental data, and a
chapter introducing advanced reactor design. While analytical
solutions to reactor problems are discussed whenever they are
relevant, the main focus is on numerical reactor models. All models
are freely available either as Matlab code, or as an Excel file, on
the series website that can be found at http:
//www.lecturenotesonline.com
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