Waco Fire Department Cases

The police are usually the first people on the scene other than the fire services, depending on how long it will take for the fire trucks to arrive. When they are on the scene to ensure nobody gets too close to the fire and interview any witnesses that could be there. The police officer that arrives may be an arson investigator depending on the local police

Whereas law enforcement initially functions as individuals, fire dispatching normally involves one or more units of personnel. The types of fire calls are as unpredictable as law enforcement. There are many different types of fire calls, something as simple as smelling smoke, to a fully involved structure with occupants inside. It is the dispatchers responsibility to glean detains that will allow fire fighters to respond with the appropriate personnel and apparatus. When seconds count, it is critical that dispatchers obtain complete and accurate information. On occasion there is a nexus between firefighting and law enforcement such as an arson fire. Again it is critical that the dispatcher obtain complete and accurate information. It may be necessary to coordinate a law enforcement response simultaneously with a fire response. An example would be the arson fire of the Muslim mosque in Joplin in 2012. This was a total loss structure fire that was deliberately set. Ultimately information obtained by dispatchers and conveyed to line police officers resulted in a conviction of an arsonist and the ability of the mosque to get financial recovery and

Inherently the fire service operates in high-risk environments to facilitate the role of preserving life safety and property conservation. How these incidents are managed and safeguarded by our administration

This tragic fire demonstrated how the fire inspections and precautions were noticeably lacking safety for these workers even though “a little more than five months before the tragedy Firemen Edward F. O’Conner made a routine inspection and said the Asch Building was ‘good’ and the building was ‘fireproof’”(28). The fire finally died down with over one hundred dead bodies piled along the streets. Sunday morning “thousands of people began to form into a slowly moving parade around the city blocks”(89). The people were walking in honor of these workers and would go around trying to identify the bodies and confiscate any items the bodies my have possessed for reminiscences. On the other hand, the departments felt immediate quilt for not stepping in to fix the Asch building before, because the departments knew of the horrible safety and health precautions the Asch building had but nobody emphasized the problems. “But who was to blame?” (113). Chief Croker was quick to blame

These fires highlighted that there were not enough fire fighters and resources to combat such fires. They highlighted areas that lacked emergency service protection and showed a lack of preparedness (San Diego Fire Facts, 2016). Years after the fires, some changes that came about include: wood shake shingles being banned on new construction and could not be used as roof replacements (Mainar, 2013) and 100 feet became the new defensible space, an increase from 65, between the fuel, for example vegetation, of the fire and the structure (Mainar, 2013). There’s an increase in code compliance officers in the field from two to seven (Mainar, 2013). Evacuation procedures and notices were

One man saw the fire and tried to get someone to use the fire box to get the fire department to send a fire truck. Sadly he had no such luck in notifying them. Fire boxes were boxes located on the street corner for people to use to alert the closest fire department, because telephones were not commonly available at that time. The other man just insisted that a fire truck had probably already been called and was on its way. The fire was so destructive because there were many mistakes and dangerous

“They were trying to get under the foam, but to no avail," he said. "They were human torches." The fire quickly spread eastward along Avenue “Y” towards 5th Street. Viewing the unfolding horror before him, Commissioner Rizzo ordered two more alarms, five additional rescue squads, and the recall of all companies which had previously been released from the fire grounds throughout the day. On these orders the fire alarm room transmitted the seventh and eighth alarms. As the fire had been placed under control nearly eight hours earlier, firefighters in stations across the city knew that the unthinkable had occurred as these additional

Most of these fires are due to poor building conditions, and the deaths and injuries are attributed to the lack of escape possibilities and fire safety measures. The American Red Cross in the Greater New York Region has been taking measures to alleviate this problem. The chapter participates in the organization’s Home Fire Preparedness Campaign, in which volunteers go around neighborhoods and install smoke alarms and and distribute fire-safety information. The campaign is very active in Bronx

For years if not decades, firefighters have responded to a reported structure fire that turned out to be a fully involved single room. This fire scenario requires a core set of fire tactics and skills to control and extinguished the fire, but is it this simple? Perhaps twenty years it may have been, but new dangers are lurking in every scenario and may have detrimental outcomes for unsuspecting and unaware firefighters and victims. The National Institute of Science and Technology (NIST) agency along with the Underwriters Laboratory (UL) have been conducting research to understand fire behavior and fire dynamics. This research is providing firefighters with new information about how and why

The Howard Street Tunnel fire that occurred on 18 July, 2001 was a serious emergency incident that had the potential to become a catastrophic incident. On the day in question 10 cars out of a 60 car freight derailed causing a significant hazardous material spill, a subsequent fire, and a water main bursting due to the heat. Since the incident involved multiple levels of agency response all three levels of government were involved, spending around $12 million to clean up, and repair damage. Fortunately there were no fatalities, but a number of people were treated for numerous chemical related afflictions at area hospitals. The city of Baltimore was mostly prepared for the incident, and quickly initiated the incident command system (ICS) within minutes of arriving on the scene of the emergency. Despite being mostly prepared for the emergency there were several areas where responding agencies could improve on.

Within the United States there are five different types of construction. Firefighters need to know and understand each of them. Every construction type have fire resistant weaknesses, these weaknesses will result in fire spreading in the building. If firefighters understand how the fire will spread, then understand how to extinguish the fire faster and more importantly firefighters are better protected from injuries or worse. In America all buildings are associated with one of the types of construction, identified by Roman number. The building codes are, fire resistant (type I), combustible (type II), ordinary construction (type III), heavy-timber construction (type IV) and wood-frame construction (type V). It is important to remember that all buildings are not the same. Each different building construction type will burn much differently than the others do. In order to be able to size-up a building 's fire hazard, firefighters need to be able to understand a buildings contents and construction. Materials that are stored inside of the building and also materials used to construct the building will both fuel the fire. Also know that if a structure is vacant or if the contents in the building are not combustible, the main fire hazard is the building. The scale of the construction types are scaled according to the fire load of combustible material that was used for its construction. A fire resistant building is constructed with least amount of combustible materials, and a

Much like all events and natural phenomena that pose a threat to civilization, humans have learned to cope with and prevent the loss of human life and destruction of property in devastating blazes that can break out seemingly at random. Fighting fires was not always the science it is today, but due to the use of new technologies and the fundamental understanding of what fire is, how it spreads, how it can kill, and how it is stopped, our protocol when dealing with fires has increased our success rate and continues to grow with applications of engineering, chemistry, and meteorology.

Thousands of fires occur on a yearly basis throughout the United States. Whether it is forest fires, house fires, or any other event that involves uncontrollable flames, the outcome will always be the same; high amounts of destruction and physical damage. When fire emergencies occur, responding to the incident may not be much of a complication as apposed to determining the source from where the fire started or what triggered its behavior, which is truly the challenge. In order to do so, a fire investigator has to be present at the scene of the fire after it has been eliminated. The investigator, after reviewing any possible marks or behavior trails, will conclude if the incident was indeed an accident or intentional, thus making it an act

In order to evaluate common fire hazards within a building and the risks presented by these, it is essential to have an understanding of where fires start, and what causes them in varying occupancy types. The best process to fulfil this aim is to review existing statistical data. Existing data is a vital tool in analysing areas or functions of a building which have the greatest risk to occupants. In particular, those functions or areas of a building having higher fatality rates historically in buildings of a similar type should be treated with special consideration (i.e. Class 2, Kitchen). It is important to be familiar with these statistics as they play a key role in predicting outcomes of future fires. Using this knowledge, fire safety engineers can identify patterns and high risk factors; and apply appropriate building fire safety systems in an attempt to reduce fire

The greatest threat facing the Modern Fire Service is the rate at which firefighters are dying in the line of duty. Excluding the terrible event of 9/11 that occurred in 2001 that forever changed the dynamics of the emergency response services1, firefighter deaths have averaged around 100 fatalities each year for the since 1990. This unacceptable rate of firefighter deaths has found its way to be a benchmark in the industry. The problem is that the benchmark should be zero firefighter deaths while on duty and every year that there is a fatality is a year that the fire service has failed its members. The number one cause of firefighter related deaths yearly is proven to be medical, stress, or overexertion related fatalities2. All of these causes of firefighter deaths can be avoided with implementation of training and awareness.