Sorry, that was my department. We got it confused. We have narrowed it down to two employees, and they are both going to have a shootout at the OK Corral, to see who gets to stay here at NWO headquarters.
I'll keep you posted.
The fact that you've now moved on to two new strawmen arguments, after providing "explanations" about incomplete combustion that were already provided in my posts suggests to me that you've now conceded the point. Good.
What's the next topic? Why smoke can't weaken steel?
Yes, yes, your "incomplete combustion" comment is technically accurate...
But...as TFC has already pointed out, it is nearly impossible to achieve "complete combustion", so the argument really is pointless...
...now, how about making your point?
Ah, so that explains why you've never been able to answer whether you think it is possible to tell the time of day from the sun's position.Darn, can't read any of zero, zero, zero, zero 63's posts.
See the NIST dry Christmas tree fire video for an example of ordinary room contents generating thick dark smoke and getting mighty hot. Flashover (when basically everything in the room, including fire gases like carbon monoxide (ignition temp ~ 1100F), all burn at once) occurs around 40 seconds elapsed time. It's scary as heck and very impressive.
Ah, so that explains why you've never been able to answer whether you think it is possible to tell the time of day from the sun's position.
"Basic facts here, thick black smoke is caused by incomplete combustion therefore, low temperature, that is lower temperatures that could be achieved by more complete combustion"
Just had a truther raise this argument
I gave him this citation in reply
http://www.fireengineering.com/arti...ssue-9/features/the-art-of-reading-smoke.html
Black Fire
“Black fire” is a good phrase to describe smoke that is high-volume, turbulent velocity, ultradense, and black. Black fire is a sure sign of impending autoignition and flashover. In actuality, the phrase “black fire” is accurate-the smoke itself is doing all the destruction that flames would cause-charring, heat damage to steel, content destruction, and victim death. Black fire can reach temperatures of more than 1,000°F! Treat black fire just as actual flames-vent and cool.
Wind, thermal balance, fire streams, ventilation openings, and sprinkler systems change the appearance of smoke. Analyze all smoke observations in proportion to the building. For example, smoke that is low-volume, slow-velocity, very thin, and light-colored may indicate a small fire, but only if the building or box is small. This same observation from several openings of a big-box store or large warehouse can indicate a large, dangerous fire.
Here is what he wrote: "Then by 9:03 (which time was marked by the second plane's collision with the south tower), the flame was mostly gone and only black smoke continued to pour from the building. To my simple mind, that would indicate that the first fire had died down, but something was still burning inefficiently, leaving soot (carbon) in the smoke. A fire with sooty smoke is either low temperature or starved for oxygen -- or both. http://www.fosters.com/news2001c/september/11/04758CA1-AC58-4591-9F50-5976D2 BE2E04.jpg"
That's it! That's all he wrote about the topic. He speculated with his, quote "simple mind"!
.

Yes, large volumes of thick smoke without attendant flames do indicate a struggling fire. Why? Because smoke is incomplete combustion.
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Yes, large volumes of thick smoke without attendant flames do indicate a struggling fire. Why? Because smoke is incomplete combustion.
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which takes us back to this picture again.........does this fire look like its "struggling"?