To prove my point nitrous does help make things worst during a fire
I did this to prove a point. The flames would have been bigger but I didn't want to catch my house on fire. This is just the bottle cracked then closed to fill the line. You people who say take a lighter crack a bottle and flame goes out. You just don't understand. So when you have a nitrous back fire and the car is on fire the nitrous will help burn it to the ground if you do not turn it off. I'll make a better vid later. Gonna see how high of a flame I can shoot up.
I would do something a little different. I would put a plug in the end of a line and just snug it down so it "seeps" gaseous nitrous in the vicinity of the flame without Blowing on the flame with alot of velocity. Hopefully a cloud of gas nitrous will displace the normal air around the fire. See if it increases in size and temp. If it does not increase in size and temp its not helping in oxidizing. A laser thermometer would be ideal for this.
And better yet....do this on a log or some other fuel that has a slow burn rate and cannot be affected by the jet of nitrous disturbing the liquid fuel causeing a larger surface area of fuel for the vapors to escape.
If you have ever seen the oxygen side only of an oxy/acetaline torch blown onto the tip of a cigerette youll know what i mean.
I personally think an open nitrous line blowing into and engine compartement full of fuel just makes it more difficult to put out because of the velocity and agitation of the fuel in that compartment will release alot more vapor to burn with the surrounding air. Under some curcumstances i would bet that some amount of the nitrous oxide would be split and help sustain the fire...but not much.
Last edited by 383LQ4SS; Aug 7, 2006 at 06:51 PM.
http://www.cise.columbia.edu/clean/m...trousoxide.pdf
Coming out of the bottle, its not liquid.
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I personally think an open nitrous line blowing into and engine compartement full of fuel just makes it more difficult to put out because of the velocity and agitation of the fuel in that compartment will release alot more vapor to burn with the surrounding air. Under some curcumstances i would bet that some amount of the nitrous oxide would be split and help sustain the fire...but not much.
I was really just trying to prove it aids in a fire and doesn't go out. Plus it seems the majority thinks it'll just put the fire out. I'm gonna do like you suggest. I'm gonna find a plug. and find a laser thermometer. i'll post back up.
hmmm
flame went out
carry on

FIRE FIGHTING: Move container from fire area if it can be done without risk. Cool containers with water
spray until well after the fire is out. Stay away from the ends of tanks. For fires in cargo or storage area: Cool
containers with water from unmanned hose holder or monitor nozzles until well after fire is out. If this is
impossible then take the following precautions: Keep unnecessary people away, isolate hazard area and deny
entry. Let the fire burn. Use extinguishing agents appropriate for surrounding fire. Cool containers with
water spray until well after the fire is out. Apply water from a protected location or from a safe distance. Do
not get water directly on material. Reduce vapors with water spray. Avoid inhalation of material or
combustion by-products. Stay upwind and keep out of low areas. Consider downwind evacuation if material
is leaking.
would suck to put one of these fires out
the chemical it self may not be flammable.. im really not sure but what it does is draw oxygen to it... so if its near a fire it will help it burn hotter because it draws oxygen to that specific point where the n20 is released.
Continue with the experiments though, I find them quite entertaining. p.s. you might get similar results by shooting Carbondioxide over a burning can...candle etc...
BTW 572* F.
Last edited by CAT3; Aug 8, 2006 at 12:05 AM.
Continue with the experiments though, I find them quite entertaining. p.s. you might get similar results by shooting Carbondioxide over a burning can...candle etc...
BTW 572* F.


