By Vytenis Babrauskas, Ph.D. Published by Fire Science Publishers, Issaquah WA, USA. Co-published by the Society of Fire Protection Engineers. ISBN-10: 0-9728111-3-3; ISBN-13: 978-0-9728111-3-2.
The authoritative Ignition Handbook is now available in PDF format!
Even though ignition is the most important event in the course of a fire (no ignition: no fire), there had not previously been a handbook devoted to this vital safety topic.
Fire safety is a truly interdisciplinary specialty and includes professionals working as fire protection engineers, fire investigators, fire safety scientists, loss prevention specialists, hazmat specialists, risk managers, insurance adjustors and SIU personnel, chemical process safety engineers, forensic scientists, and others. The educational backgrounds of these individuals will be diverse, especially as concerns their understanding of mathematics. Thus, a special approach was taken in preparing the Ignition Handbook: qualitative presentations and mathematical presentations are segregated into different sections in the book. The qualitative information will be of value to all fire safety professionals, while those without a good foundation in mathematics can omit the mathematical sections.
The Handbook will also be of interest to electrical engineers, since it is the first book to examine electrical fires from a systematic, comprehensive point of view. Much of the research on electrical fires has been done in Japan, and the Ignition Handbook contains the first English presentation for most of this work.
The Ignition Handbook treats in detail not just ignition of fires but also initiation of explosives and pyrotechnics and explosions of unstable substances. Ignition is defined as the “initiation of combustion” but many unstable substances react in ways where heat is produced by a non-combustion reaction, e.g., decomposition or polymerization. The scope of the Handbook includes the initiation of exothermic reactions in such substances. The sections that deal with hazardous materials will be of special interest to workers in this field, because the Handbook endeavors to present ignition aspects in a more thorough way than can be found in existing monographs.
“The most comprehensive work on a single subject in the area of fire science. It is a tremendously impressive accomplishment, which has no peer in the area of fire science or fire protection engineering.” Morgan Hurley, Technical Director, SFPE
“After publishing your book you have become a hero with the students in my lab (and with me!). Great book, amazing the amount of work that you put in it.” Prof. A. Carlos Fernandez-Pello, U.C. Berkeley
“Forensic scientists usually concern themselves with the aftermath and residues of fires, so when an investigator asks how something might start a fire, or how long it would take, or what first fuel needs to be present, we draw a blank. This is the book we”ve needed – real data and reliable explanations for all manner of ignition mechanisms, rather than conjecture and misinformation.” John D. DeHaan, consulting criminalist/forensic scientist
“The Ignition Handbook will be one of the most useful resource books in our library. In addition to truly interesting material in the rest of the book, Chapter 14 (”A to Z”), is an incredible range of information about ”hot topics” for fire investigators. It”s all there in one resource, and it”s a resource every serious fire investigator will want to own .” Jack L. Sanderson, Editor, Fire Findings
“This Handbook is a tremendous source of information on many aspects of fire and explosion science, including many not usually included in standard books on this subject. It will be a very useful addition to the technical library.” Stanley Grossel and Laurence Britton, Journal of Loss Prevention in the Process Industries
“This is certainly the definitive ”magnum opus” on the science of ignition of fires and explosives. It is the first major book on this topic and is outstanding in depth, comprehensiveness, clarity, and scholarly detail. An interesting feature of the book are color photos from actual fires, also various types of explosions. Very helpful in diagnosing fire and explosion events. Throughout the book there are also a large number of well-printed black-and-white diagrams and graphs. A substantial chapter covers pyrophoric materials and chemicals prone to runaway exothermic reactions. A long chapter, practically a book in itself (269 pages), consists of an alphabetized set of topics, A to Z, dealing with the ignition characteristics of many specific substances, manufactured articles and devices. Some topics discussed in unusually thorough detail include ignition by many kinds of electrical malfunctions, microwaves, eddy currents, lightning, friction, burning brands, and many others.” Prof. Ed Weil, Polymer News
“This is a must-buy book for anyone who takes fire science seriously. The material is critically evaluated, synthesized, and distilled into a coherent view of ignition phenomena. It is a remarkable book and a major contribution.” Craig Beyler, Fire Technology
“I do not recall having seen in recent years a book of such magnitude. The author presents fundamental science relating to combustion, which is presented in a manner suitable for beginners with only a rudimentary understanding of chemistry, then expands upon this treatment at a level that would be suitable for the most advanced experts in areas relating to ignition of fires and explosions.” Prof. Gary Bennett, Journal of Hazardous Materials
“This book is a must…since, in a very comprehensive way, it covers all aspects of ignition. After describing the fundamentals of combustion, it then addresses, chapter by chapter, the ignition of gases and vapours, dust clouds, liquids and solids. Significantly, it also has very useful chapters on self-heating, one on explosives and pyrotechnics, and one on preventative measures. Chapter 9 on self-heating (75 pages of double-column text) is really a book in its own right…Shows a remarkable understanding in the summaries and descriptions for each area.” Prof. Andy McIntosh, Trans. IChemE – Process Safety and Environmental Protection