A massive leak of liquefied chlorine gas created a dangerous cloud of poison gas over the city of Henderson, Nevada, in the early morning hours of May 6, 1991. Over 200 persons were examined at a local hospital for respiratory distress caused by inhalation of the chlorine and approximately 30 were admitted for treatment. Approximately 700 individuals were taken to shelters. It is estimated that from 2,000 to 7,000 individuals were taken elsewhere.

Written by a hazardous materials consultant with over 40 years of experience in emergency services, the five-volume Hazmatology: The Science of Hazardous Materials, suggests a new approach dealing with the most common aspects of hazardous materials, containers, and the affected environment. It focuses on innovations in decontamination, monitoring instruments, personal protective equipment in a scientific way utilizing common sense, and takes a risk-benefit approach to hazardous material response. This set provides the reader with a hazardous materials "Tool Box" and a guide for learning which tools to use under what circumstances. Options for stabilization can very widely depending on the scope and size of the incident and the hazards involved. Volume Four, Common Sense Emergency Response, covers this process and includes science and risk analysis and the part it plays in a successful outcome of the stabilization portion of the response. FEATURES Offers a risk-benefit approach based upon science and history Provides an exploration of current research Outlines a systematic approach based on science and risk management Includes hazmat case studies Focuses on common sense utilization of hazmat tool box

Written by a hazardous materials consultant with over 40 years of experience in emergency services, the five-volume Hazmatology: The Science of Hazardous Materials suggests a new approach dealing with the most common aspects of hazardous materials, containers, and the affected environment. It focuses on innovations in decontamination, monitoring instruments, and personal protective equipment in a scientific way, utilizing common sense, and takes a risk-benefit approach to hazardous material response. This set provides the reader with a hazardous materials "Tool Box" and a guide for learning which tools to use under what circumstances. Dealing with hazardous materials incidents cannot be accomplished effectively and safely without knowing the effects these materials have. Volume Three, Applied Chemistry and Physics, is not about teaching chemistry and physics. It is about presenting these topics at the level that emergency responders will understand so they can apply the concepts using a risk management system. FEATURES Uses a scientific approach utilizing analysis of previous incidents Offers a risk-benefit approach based upon science and history Provides understanding tools for your Hazmat Tool Box Simplifies physical and chemical characteristics Utilizes chemistry and physics to identify hazards to responders