Hazardous Materials Incidents: Surviving the Initial Response

Steven M. DeLisi

Jan 2006 · PennWell Books

About this ebook

First responders who arrive on scene of a hazardous materials incident may be assigned to an engine, ladder truck, rescue, or ambulance with very little sophisticated HAZMAT equipment. Despite these limitations, their actions during the initial response will often set the stage for the success or failure of the entire event. Many incidents start out as minor "routine" events that suddenly escalate when something goes terribly wrong. Perhaps first responders did not anticipate the involvement of hazardous materials in a response to a rear-end collision involving two passenger vehicles, an EMS call at a residence for difficulty breathing, or a trash fire. That is until it was too late! First responders, despite their best intentions, can quickly become part of any hazardous materials problem. The results can be first responders who are killed or seriously injured, or those who suffer devastating illnesses years after exposure to a hazardous material. Even if you have hours of training on hazardous materials response, this book will provide every reader with...
- Practical advice based on the real-life experiences of first responders
- A one-stop source on topics such as atmospheric monitors and class B foam
- Steps to managing "routine" incidents to prevent them from becoming disasters
- Limitations of federal hazardous materials regulations you need to know
- Real-world examples of first responders who won (or lost) the battle with hazardous materials

About the author

Steven M. De Lisi is the Deputy Chief of the Virginia Air Guard Fire Rescue located at the Richmond International Airport. The department provides fire protection and aircraft rescue for the 192nd Fighter Wing. De Lisi is a Hazardous Materials Specialist and chairman of the Virginia Fire Chief's Association's Hazardous Materials Committee. He is also an adjunct instructor for the Virginia Department of Fire Programs and in that capacity coordinates delivery of a statewide environmental crimes investigation training program. He has an associate's degree in police science, a bachelor's degree in public administration, and a master's degree in public safety leadership. He recently received the Chief Fire Officer Designation from the Commission on Fire Accreditation International. De Lisi has written several articles for Fire Engineering magazine and is a frequent speaker at PennWell's Fire Department Instructor Conferences. He is a member of the International Association of Fire Chiefs, the Virginia Association of Hazardous Material Response Specialists, and a former member of the National Fire Protection Association's committee on Hazardous Materials Protective Clothing.