Understanding hydraulics and pump operations doesn’t have to be difficult, and it is of key importance to the science of fire engineering. Putting all the pieces together correctly so that the right stream is brought to the fire is essential to effective fireground operations. In the second edition of Fire Service Hydraulics and Pump Operations, author Paul Spurgeon, engineer/pump operator with the Denver Fire Department, breaks down the sometimes difficult-to-understand formulas of hydraulics and pumps into easily learned steps, taking care to explain the hows and whys of each formula discussed. Using an in-the-street, practical approach, Spurgeon teaches readers how to develop proper fire streams as well as how they relate to overall fireground strategies. He covers hydraulics and pumps extensively—from the properties of water to its supply to pumping to sprinkler systems and foams. So readers can put what they’ve learned into practice, Spurgeon provides both end-of-chapter tests and practice sets at the end of the book, complete with answers so that readers can check their knowledge. The second edition includes numerous updates and additions, including the Rule of Thumb chapter that illustrates how to perform these complex calculations while under stress on the fireground. This text meets the learning objectives for FESHE Fire Protection Hydraulics and Water Supply course work. Features and Benefits: • Summary of chapter formulas • End-of-chapter tests with answers • Practice sets with answers to further test your understanding

This revised edition of Hydraulics for Firefighting effectively teaches hydraulics by addressing the underlying science in a basic, understandable way. Each chapter builds on the last in the author's logical, systematic approach. The book is ideal for college level courses correlating with the course objectives of the Fire and Emergency Services in Higher Education (FESHE) model curriculum, but is also an excellent solution for fire departments and fire academies training new pump operators. The simplification of this complex subject, including the updating of formulae, makes the text usable for both rookie and veteran firefighters, and those preparing for promotional examinations. New features of this edition include: steps of pump operation, testing fire pumps, calculating hose lengths for foam eductors, and an expanded rural water supply section.

Fire service pump operators must have an understanding of the many laws of science that govern the study of hydraulics and water supply in order to be able to handle the complex hydraulic problems that may arise in real world scenarios.

Rev. ed. of: Fire department hydraulics / Eugene Mahoney, Brent E. Hannig. 2009.

Large Volume Water Delivery by Paul Shapiro keeps an open mind about old and new concepts in hose evolutions and fire stream productions. Large diameter hose is not the only fix; it needs to be blended with the latest innovations in moving water. Offensive large flow water delivery operations are critical to the fireground operations. Sometimes you need more than a single supply line. Sometimes you need dual pumping and a relay that extends 1,300 feet. Features: --How to measure water flow for fire suppression --How to develop pump discharge pressures --Discover new concepts of moving big water and the improved methods of moving big water on the fireground

Author John Mittendorf has completely rewritten his best-selling book, Truck Company Operations, a must-have for all firefighters who are assigned to the truck and who have responsibilities for the truck on the fireground. The new second edition covers the many aspects, tasks, and functions of a truck company, and contains new and expanded information related to search, reading a building, reading smoke, the Ten Commandments of truck company operations, operating truck apparatus, and more--all from a truck company perspective.

The core principles of structural firefighting are fire behavior, building construction, strategy, tactics, safety and training. Each core principle is examined with relevant on-the-job stories to bring lessons home. Fire departments must constantly train their firefighters and officers in these core principles if they want them to be safe and effective at structure fires. Training is the foundation of all the other core principles, and must be realistic, scenario-based, and hands-on. Never stop learning during your time as a structural firefighter. If you come to a point where you mistakenly believe that you know everything there is to know about fires in and around buildings–watch out–because you have just fallen into the complacency trap. FEATURES --Gain a deeper understanding of how firefighters should approach fires in buildings, with an emphasis on safety and effectiveness --See the latest research from UL and NIST on fire behavior and flow paths, with a discussion of best-practices and up-to-date tactical advice. --An essential, easy-to-read fundamental resource on how to safely and effectively fight fires in buildings of any size or type. “Fire Under Control is a riveting new book that allows you to learn while also seeing how street experiences coincide with printed tactical and scientific fire service information. I always have said that eyes, ears, and experience will equal your education in the fire service and Capt. Steve Bernocco has managed to bring it to light.” -- Lt. Mike Ciampo, Fire Department of New York

This book establishes a proper firefighting mindset and promotes maintaining preparedness for the extreme physical and mental demands of firefighting operations in high-rise and standpipe-equipped buildings ... Among the many valuable topics covered in this book are: standpipe system pressure regulating devices, pressure restricting devices and pressure reducing valves; cautious and disciplined elevator use during high-rise operations; elevator rescue operations; proper engine company suppression selection, including techniques to operate more powerful firefighting weapons with limited manpower; air support operations during high-rise emergencies, with or without an internal resource.