In: Chemistry
Explain why the fire service uses an acronym to assist in the development of the strategies and tactics
Dear friend
Fire service operations take place
in dangerous, time-sensitive environments (figure 2.1). A slight
delay in operations, especially when the first fire apparatus are
arriving and positioning, can adversely affect subsequent
operations and the outcome of the incident. Delays caused by poorly
located fire hydrants, confusing fire alarm system information,
ineffective communication systems, or inaccessible equipment can
have a ripple effect on other aspects of the operation. During
these delays, the fire will likely grow exponentially, expanding
the hazard for both occupants and firefighters. Fire service
operations are performed at all times of the day or night, in any
weather conditions, and frequently in unfamiliar environments. The
work is mentally stressful, and physically exhausting. Crew
variations (due to time off, transfers, replacements, other
emergency responses, etc.) introduce additional challenges.
Firefighters’ workplaces are the buildings and areas in which they
deal with emergency incidents. So, they have an unlimited variety
of workplaces. Without knowing the location or circumstances of the
next incident,
traditional risk assessments for worker safety cannot be
effectively undertaken. Risk assessment must be done in a
dynamicmanner. The need to carry out inherently risky fire
suppression and rescue tasks must be balanced with the need to
maintain firefighters’ safety. In these situations, pertinent
information, building protective features, and protection systems
help make for a more favorable work environment for firefighters,
along with proper strategy, tactics, and protective equipment.
Information is frequently limited during emergency operations. This
can impact initial decisions, which in turn can affect the incident
duration and outcome (figure 2.2). However, decisions must be made
very quickly, despite the unknown factors at an emergency scene.
These factors, many of which can be critical, include the incident
origin location(s), what materials are involved or exposed, how
long the incident has progressed, what directions the hazard is
spreading, where the occupants are located, building construction
features, and installed protection systems.
To deal with such a dynamic and fluid fire environment, firefighters must be able to quickly identify exactly what is going on inside the building from the exterior on arrival. In such situations Fire Service uses an acronym. Let me explain with two examples.
1. Conducting a proper size-up on arrival sets the foundation from which we develop and implement an effective incident action plan. The most familiar and frequently used is the common 13-point size-up acronym COAL WAS WEALTH: Construction, Occupancy, Apparatus/staffing, Life hazard, Water supply, Auxiliary appliances, Street conditions, Weather, Exposures, Area, Location/extent, Time, and Height). This size-up memory aid provides a vast amount of information that is essential to incident operations and the development of the overall strategic and tactical objectives.
2. A second, more task-oriented, size-up that focuses on several elements critical to effective interior fire suppression operations is the acronym BELOW: Building construction, Extent/location, Life hazard, Occupancy, and Water. Although this is an excellent streetwise prompt to use to rapidly gather task-oriented information, it is missing one critical component—smoke. The importance of being able to read and comprehend what the smoke coming from a structure is signifying on arrival of first-due companies is an extremely important component of setting the tactical objectives required at basement fires. Since this critical information must be included in our first-due company size-up, the letter "S" for smoke is added, and the BELOW acronym is revised to read as ELBOWS: Extent/location, Life hazard/safety, Building construction/intelligence, Occupancy, Water supply, and Smoke).
Hope i have provided required information to you. Thank you.