Now it's a good thing that they have an approval period for new members or else this post may have been my first and last due to some very "choice" words to say the least.
"A building on fire is essentially a building under demolition" -Anthony Avillo, Fireground Strategies
Now bear with me after all I am "barely literate, and a firebug."
The point about the "Small" fires says to me.
1. Your either blind, or mentally handicapped
2. Do not know anything about..... well common sense
3. Did not bother to do ANY research at all
4. Have never been in a fire, or attempted to exstinguish a fire.
or a combination of all the above.
Lucky you i have my shoes off an can perform some mathamatics and edumacate you cus you need to get learned.
Each floor is roughly 43200 square feet
Now each floor being roughly 10 feet high ( a conservative shot in the dark i don't really know, and didn't really even bother to look)
so 43200 x 10 = 432000 Cubic feet
Now the formula I am going to use is called the Modified Iowa Formula
GPM(Gallons Per Minute) needed for a fire by size
GPM = (Cubic feet of fire area /100) x 1.5
So say half of one floor not even a full floor is fully involved with fire
about 216000 cubic feet
GPM = (216000/100) x 1.5
about 3240 GPM is needed to control that fire
ok now for my favorite part FIREHOSES!!!!! YAH SPRAY STUFF WITH WATER!!!
a 1 and 3/4 inch hose which is the standard size handline and i believe is what they were using in the towers that day flows 150GPM
your gonna need roughly 21.6 1 and 3/4 inch hoses to fight that fire. That is ALOT of water and that is only HALF on one floor. Considering that each tower just had a jetliner crash into it with 10000 gallons of jet fuel, along with all the combustible office material. its a very very very very very stupid thing to say that the fires were small enough to be put out with a couple of handlines and proves you no nothing about fire science, firefighting, or even common sense.
I GOTZ MORE MATH SKILLZ!!!
I would hope that you know what a BTU is!? It is taught in every highschool chemistry class.
In North America, the term "BTU" is used to describe the heat value (energy content) of fuels.
Your standard ordinary combustibles (wood, paper, cloth) yield about 8000 BTU's
Plastics yield about 16000 BTU's
Jet Fuel yields 135000 BTU/gallon.
Considering that the last estimate i saw pointed to around 7000 BTU's for 1 hour sustained would be enough to weaken steel used in truss systems.
It got a little warm in there.
But hey what do I know, I'm just "barely literate, and a firebug." to hell with hours and hours of training and school in Firefighting, Emergency Medical Services, Hazardous Materials, Building Construction, Fire Tactics and Strategy, Fire Pump Engineering, Technical Rescue, Incident Command, Fire Investigation, Fire Inspection, Dive Rescue. It's not like anyone's life depends on it.
I'm a firefighter. I just drive real fast in a big red truck, break some stuff, and play with a hose.
Someone in here really feeling adventurous. find an updated estimate on how much BTU's to weaken steel in one hour the last one i had is from quite some time ago.