|Author||Milton R. Beychok|
|Publisher||Milton R. Beychok|
|Date||2005 (Fourth Edition)|
|Pages||201 (21.5 cm × 27.6 cm)|
Fundamentals Of Stack Gas Dispersion is a book devoted to the basic fundamentals of air pollution dispersion modeling of continuous, buoyant pollution plumes from stationary point sources. The first edition was published in 1979. The current fourth edition was published in 2005.
It is notable for including the step-by-step derivation of every equation presented in the book without using any highly advanced mathematics.
Subjects covered in the bookEdit
The subjects covered in the book include atmospheric turbulence and stability classes, buoyant pollution plume rise, Gaussian dispersion modeling, time-averaged concentrations, wind velocity profiles, fumigations, trapped plumes and flare stack plumes. All of the many constraints and assumptions involved in the basic equations are fully explained.
The book includes many example calculations. More information, including the complete table of contents, is available on the Internet at www.air-dispersion.com.
Where the book is usedEdit
The book is used in universities, large industrial companies, engineering and construction companies, consulting companies as well as individual consultants, and regulatory agencies in 84 countries worldwide. It has been cited or referenced in over 855 books, journal articles, conference proceedings and online websites. It is also referenced in the regulatory publications of 34 state or national governmental agencies worldwide. It has been or is now being used as a textbook or as recommended reading in courses at 61 universities worldwide. It is currently available at 233 libraries worldwide. ( See Citations )
Excerpts from some published reviews of this book:
- James P. Lodge (1995), Book Review, "Atmospheric Environment", 29 (22), page 3397, ISSN 1352-2310
A good number of years ago, I reviewed an earlier edition of this work quite favorably. Having read through, with puzzlement, other explanations of stack gas dispersion, I was greatly taken with the simple, straightforward explanation of the steps to get from emission and meteorological data to the expected downwind concentrations. Now, the author has produced a much more comprehensive volume that takes you from raw data to final concentrations, using the same approach.
In a word then, this is a rather full course in point-source dispersion modeling. The work is overall as unique as it claims to be, in presenting this subject in a straightforward, informal fashion. I plan to put my copy on the shelf next to my desk where I can reach it. I recommend it.
- Karen Kowalewsky (1997), Book Reviews, "Bulletin of the American Meteorological Society", 78 (1), pages 90-94, ISSN 0003-2310
The goal of this text is to provide the reader with the fundamentals of dispersion models, deriving them stepwise with examples, while avoiding complex mathematics. Overall, the book meets the goal of explaining the basic theory. All of the material given was technically sound and complete. The table of contents, the lists of tables and figures, and the references were complete. The examples were quite detailed and assisted in explaining the main subjects.
The historical and engineering aspects of this book will be useful to any meteorologists or engineers working in the field of air pollution meteorology. I believe this book is a useful reference and plan to have it at work in the frequently consulted dispersion modeling section of my bookshelf.
- Stanley S. Grossel (1995), Book Review, "Chemical Engineering Progress", 91 (8) page 88, ISSN 1352-2310
The author wrote this book because he felt there was no single reference source that clearly explained the fundamental theory and discussed the many assumptions and constraints involved in its derivation.
The book starts "from scratch" in deriving the fundamental theory step-by-step, and it also provides many sample calculations serving to elucidate the theory and procedures. All major aspects of (buoyant) gas dispersion are covered here in a manner easily followed by the non-specialist engineer. The calculation samples appreciably help in illustrating the theory and design procedures. This book will be a useful addition to the bookshelf of all engineers faced with estimating the effects of stack gas dispersion.