Toxic Products of Combustion

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Toxic Products of Combustion

The burning of different materials results in the release of varying matter into the air. The smoke and toxic substances released during combustion are likely to cause various effects on the environment. Even respiratory irritants are likely to impact the body and cause some irritations, including skin and eye and respiratory diseases such as asthma, coughing, and choking. Therefore, people should exercise caution in the event of any combustion by ensuring the right gear is worn, staying indoors until the fumes are over, and ventilating all the closed areas. This research indicates three toxic products of combustion.

Carbon monoxide is one of the asphyxiate gases present in fire effluent. Carbon monoxide piles up in the bloodstream of fire occupants, especially when it is dominant in the air. The supply of oxygen is replaced by carbon monoxide on the surface, making it and individuals’ bodies resulting in red blood cell suppression. Too much carbon monoxide in the body is dangerous and has effects such as headaches, dizziness, shortness of breath, and even loss of consciousness (Carbon Monoxide Poisoning, n.d.). Firefighters, while combating fire, can be exposed to carbon monoxide leading to unconsciousness and more severe consequences.

Hydrogen cyanide is a standard toxic gas that emerges from smoke from house fires, plastics, fumigants, and even some pesticides. Inhalation of hydrogen gas is likely to cause various symptoms such as dizziness, body weakness, nausea, and even fainting and death in severe exposure. Hydrogen is highly flammable, and this is dangerous to firefighters since they might be exposed to irritating toxic gases (Hydrogen Cyanide: New Concerns for Firefighting and Medical Tactics, 2009).

Hydrogen chloride gas is slightly bulky than air. The gas mainly forms during the combustion of plastics and is irritating to any tissue it contacts. Exposure in low levels affects the throat, while high levels can complicate breathing processes and affect other respiratory organs. Mild irritations are also noticeable on the skin and eyes of the victims (2021). Firefighters should be ready with protective gear to prevent exposure to harmful gas.

References

(2021). Iafss.org. https://www.iafss.org/publications/fss/9/665/view#:~:text=Hydrogen%20chloride%20(HCl)%20gas%20isCarbon Monoxide Poisoning. (n.d.). https://www.osha.gov/sites/default/files/publications/carbonmonoxide-factsheet.pdf

Hydrogen Cyanide: New Concerns for Firefighting and Medical Tactics. (2009, June 29). Fire Engineering. https://www.fireengineering.com/firefighting/hydrogen-cyanide-new-concerns-for-firefighting-and-medical-tactics/#gref