Bioprocess Engineering Principles by Pauline M. Doran • ISBN: • Publisher: Elsevier Science & Technology Books • Pub. Date: May Preface . The book is really complete. It doesn't assume you have extensive prior knowledge. Well organized Bioprocess Engineering Principles, Second Edition . Pauline M. Doran. Bioprocess. Engineering. Principles. ACADEMIC PRESS. Har ~~rt prosalgreavsunfma.ga & Company. Publishers. London San Diego New York Boston.
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download Bioprocess Engineering Principles - 2nd Edition. Print Book Authors: Pauline Doran. Paperback ISBN: DRM-free (EPub, PDF, Mobi). × Read this. download Bioprocess Engineering Principles - 1st Edition. Print Book Authors: Pauline Doran. eBook ISBN: DRM-free (EPub, PDF, Mobi). × DRM-Free. This welcome new edition discusses bioprocess engineering from the perspective of biology students. It includes a great deal of new material and has been.
Some parts of the book do get confusing at times as they list out an equation and its several forms of the same equation. But the problems definitely help sorting through that and you'll know just the right application of the numerical techniques.
I haven't gotten through all of this, but the sections I have needed and read through were thorough. It's great and it came fast! And because it's on thinner paper it's not as thick as the normal version, so it's better on the back.
Great book. Info is not only easy to find, but plentiful. I recommend it to anyone going into biological engineering. I love it!! The book is really complete. It doesn't assume you have extensive prior knowledge. Well organized, with nice in book exercises. Very recommendable. Kindle Edition Verified download. I bought the kindle version. Do not make the same mistake.
Equations don't show properly, tables are too small, book index is a pain. One person found this helpful. This is a comprehensive textbook on biochemical engineering suitable for students with only elementary knowledge of mathematics and engineering.
It covers all the main aspects of the field but with minimal prerequisite knowledge of differential calculus and statistics. In the first part are given concepts of mass and energy balances, thermodynamics, hydrodynamics, heat and mass transfer, and unit operations. It is followed with reaction principles, kinetics of biological processes, heterogeneous reactions, and reactor engineering principles.
Each topic includes practical examples and numerical solutions to problems. Students with biological background will find this book as the most appropriate introduction to biotechnology.
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This item: Bioprocess Engineering Principles. Set up a giveaway. Customers who viewed this item also viewed. Doran Pauline M. Bioprocess Engineering: Basic Concepts 2nd Edition. It does not seek to make biologists into bioprocess engineers, but to expose them to engineering concepts and ways of thinking. The material included in the book has been used to teach graduate students with diverse backgrounds in biology, chemistry and medical science. While several excel- lent texts on bioprocess engineering are currently available, these generally assume the reader already has engineering training.
On the other hand, standard chemical-engineering texts do not often consider examples from bioprocessing and are written almost exclusively with the petroleum and chemi- cal industries in mind.
There was a need for a textbook which explains the engineering approach to process analysis while providing worked examples and problems about biological systems. In this book, more than problems and calcula- tions encompass a wide range of bioprocess applications involving recombinant cells, plant- and animal-cell cultures and immobilised biocatalysts as well as traditional fermenta- tion systems.
It is assumed that the reader has an adequate background in biology.
One of the biggest challenges in preparing the text was determining the appropriate level of mathematics. In general, biologists do not often encounter detailed mathematical analysis. However, as a great deal of engineering involves formulation and solution of mathematical models, and many important conclusions about process behaviour are best explained using mathematical relationships, it is neither easy nor desirable to eliminate all mathematics from a textbook such as this.
Mathematical treatment is necessary to show how design equations depend on crucial assumptions; in other cases the equations are so simple and their application so useful that non-engineering scientists should be familiar with them.
Derivation of most mathematical models is fully explained in an attempt to counter the tendency of many students to mem- orise rather than understand the meaning of equations. Nevertheless, in fitting with its principal aim, much more of this book is descriptive compared with standard chemical- engineering texts.
The chapters are organised around broad engineering sub- disciplines such as mass and energy balances, fluid dynamics, transport phenomena and reaction theory, rather than around particular applications ofbioprocessing.
That the same funda- mental engineering principle can be readily applied to a variety of bioprocess industries is illustrated in the worked examples and problems. Material Balances. Energy Balances.
Unsteady-State Material and Energy Balances. Fluid Flow and Mixing. Heat Transfer. Mass Transfer. Unit Operations. Homogenous Reactions.
Heterogeneous Reactions. Reaction Engineering. Conversion Factors. Physical and Chemical Property Data. Steam Tables. Mathematical Rules. List of Symbols. From the Prepublication Reviews: The emphasis on physical explanations that accompany the equations is very helpful The coverage is very complete and comprehensive.
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