Major Issues
After the damage of SCBA cylinder, the outcome was serious damage to the firefighter. Moreover, there was potential damage from the accident as other firefighters could have been killed or injured. It was essential for the SCBA cylinder to be properly marked to indicate that it was a 2216 psi cylinder. Similarly, it seemed that the SCBA cylinder was inflated beyond its required capacity. Lastly, the firefighters who had filled cylinder previously failed to sense that after over inflating the SCBA cylinder the burst disc could have burst.
Potential Solutions
SOPs or SOGs (Standard Operating Procedures or Studies and Observation Groups) can be used to minimize the potential damages and likeliness of such accident. Thus, the fire department could have ensured that these measures are in place (Ford, 2012). If the department had located such measures by labeling of SCBA cylinders, the chances of a cylinder being over inflated could have been minimal. Additionally, a department could ensure that all SCBA cylinders are stored such that there is a protection of the main valve. In such a manner, the incident could have been prevented. Though, the firefighter who filled the cylinder lastly could have noticed that disc had burst and put it off for use.
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Recommendation
Every fire department should put in place SOP/SOG that focuses on SCBA cylinders labeling. The labels will ensure that 2216 psi cylinders are differentiated from 3000 psi cylinders. After a 2216 psi has been accidently over inflated, the SOP/SOG set by the fire department should provide the protocol to be followed (Ford, 2012). In this case, it is the responsibility of fire department to ensure SCBA cylinders are secured in a manner that it is not possible to break the assembly of the main valve.
References
Ford, T. (2012). Fire and emergency services safety and survival . Upper Saddle River, NJ: Pearson book
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