Fire is essential, but it can also be catastrophic. Even Ancient Rome in all its grandeur had a share of havoc that were wreaked by this hot element. As far as that epoch, disciplines in the avoidance of burning mayhem were formulated, which can be termed nowadays as fire engineering.
Fire protection engineering, or fire safety engineering, is the practice of certain scientific and engineering principles with the aim of defending people and nature from the negative effects of fire. These effects are then studied by fire protection engineers to formulate plans that would identify, prevent, and control them. It also includes preventive and protective methodologies like active and passive fire protection, smoke control, structural design, space management, dynamics, and awareness and prevention programs.
An Accredited B.S. Degree Program
During the Industrial Revolution, fire engineering was emblazoned to become a separate discipline. It is distinctive from other engineering degrees like chemical, civil, and mechanical. It came into realization in order to organize the said engineering discipline to describe a set of practices and to spearhead researches that would pave the way for more innovations.
The study of fire protection engineering includes studies in combustion, risk management, fire suppression system design, and building code application. These count as professional courses because when working, the fire engineer is involved in building operations that should have strict design compliance with both the building and fire codes.
At Work to Save People from Harm
The fire engineer devises a fire safety plan with architects and others in order to secure authorized permits and begin the building construction. Any changes that stray from the original design must be reported to be able to check the conditions that might affect people's lives in the future. The fire safety plan must be highly systemized, and calls for the combo of active and passive protection.
Passive protection lies more on the containing of fire through the use of materials that could resist and impede it, whereas active protection is distinguished with the implementation of systems or the use of them. The latter is further categorized into three: fire detection, sprinkler systems and fire suppression.
Firefighting Equipment
Flame, heat, and smoke alarms are popular examples of fire detection equipment. They do the job of giving out alarm sounds upon activation. They may also do other programmable things such as open air vents.
Sprinkler systems on the other hand are commonly found on ceilings. They are activated once heat starts to chip the glass component in a sprinkler head. They also help mitigate conflagrations because of the mist that they give off.
Finally, fire suppressors among which are the fire extinguishers control the growth of flames. Extinguishers are intended for smaller fumes and they are typically cylindrical in shape. They also come in different classes, of which include water, foam, carbon dioxide, vaporizing liquid, wet chemical, and dry chemical.
Self-made Firefighter
Fire prevention is better than curing burns. Maintaining a foam fire extinguisher at home is a big step. Remember, fire can be a friend or a foe.