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Oil and water do not mix. Therefore if a fire starts, throw flour or baking soda over it to stop the fire. If you add water, the fire will most likely spread out since water will spread the fire out more.

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Why mustn't water be used to try to put out oil fires?

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What would happen if you tried put out a gasoline fire with water?

Mixing water with any burning oil is extremely dangerous. The oil/gasoline can splash away from the centre of the original fire cashing more fires to start, burn those trying to fight the fire etc. There are liquids used that are not water based but are liquid these are mostly used for chemical fires -On small oil fires form or Co2 gas is used to starve the fire of oxygen and put it out.


What would happen if you put out a gasoline fire with water?

Mixing water with any burning oil is extremely dangerous. The oil/gasoline can splash away from the centre of the original fire cashing more fires to start, burn those trying to fight the fire etc. There are liquids used that are not water based but are liquid these are mostly used for chemical fires -On small oil fires form or Co2 gas is used to starve the fire of oxygen and put it out.


When fires are caused by oil why can they not be extinguished by water?

Fires caused by oil cannot be extinguished by water because oil is less dense than water and floats on top of it. When water is used on an oil fire, it can spread the fire by carrying the burning oil with it and causing the fire to become more intense. Additionally, the high temperatures of an oil fire can cause the water to vaporize quickly, creating steam that can disperse the burning oil and make the fire harder to control.


Can a stored pressure water extinguisher be used to extinguishing all types of Class B fires.?

Certainly not ! Class B fires include petrol/oil fires as well as grease (chip pan) fires. Using a water extinguisher will not extinguish these types of fires because - since the flammable substance will float on water - it simply heats the applied water, turning it to steam - resulting in an explosive 'cloud' of burning vapour.


What is used to put out oil fires?

It's Sand..


Is it always water that you use to put a fire out?

No - you wouldn't want to put out an oil fire out with water, it would spread. There are also checmicals that are used to deprive the fire of air. Powders (Like your household extinguisher) fires can also be smothered with blankets etc. Explosives are used to put out very large fires like oil well fires.


Can we spray water on fire?

Yes If You Want The Fire To Go Out.But NOT for oil or fat fires - any water entering a burning fat container will explosively boil and eject a large quantity of boiling, burning fat!There is a concept called The Fire Triangle. A fire must have Fuel, Air, and Heat. Removing any one of these will stop the fire.Water is commonly used to cool a fire, but as above is inappropriate where oil or fat is involved. There you'll remove the Air, by spraying with CO2 or carbonate powder.


What Safety measures are taken to extinguish different types of fires?

For a grease fire, use a fire extinguisher specifically labeled for grease fires or smother the fire by placing a metal lid over the pan. For an electrical fire, turn off the power source if safe to do so and use a Class C fire extinguisher. For a wood or paper fire, use a Class A fire extinguisher or water to extinguish the flames.


Is jojoba oil water soluble?

No, jojoba oil is not water soluble as it is an oil-based substance. It is most commonly used as a carrier oil in skincare products and must be diluted with other oils or ingredients that are water soluble.


The name of the man who used to put out Oil derrick fires?

Paul "Red" Adair was the man best known for putting out oil derrick fires. He died in 2004.


What types of fires can't be put out with water?

Fires involving flammable liquids (Class B fires), such as gasoline or oil, should not be extinguished with water, as it can spread the flames. Electrical fires (Class C) are also dangerous to extinguish with water due to the risk of electrocution. Additionally, fires involving reactive metals like sodium or potassium (Class D fires) can react violently with water, making it ineffective and hazardous.