Can you explain how you got 1½ hours?
And even if the fire service arrived in eight minutes, "on scene" doesn't mean "dousing the fire with copious amounts of water". You still refuse to understand that. And eight minutes is a long time where a car fire is concerned, as you know from the videos you've seen of cars becoming fully engulfed in flames within a fee minutes.
How long from the actual start of the fire to the fire service being called? We've heard that CCTV cameras show the car was already smoking when in drove into the garage. The driver drove up some way before realizing that weird smell was coming from his car and stopping. Then at least a couple of people ran for fire extinguishers and attempted to douse the fire. So how long did that take before the Bedford Fire Service received a call?
There's so much utter ******** here. Remember when you posted that video of different color flames from different materials, and everyone asked you why the lithium fire wasn't the same color as the fire in the images and you ignored them?
Diesel fires are not innocuous. Of the three - diesel, gasoline and EV - diesel is actually the worst, because it has the most stored energy. But you ignore that too because it doesn't fit your CT fantasy of being the smartest person in the room.
Liverpool King's Dock Fire:
16:29 31.12.17 Internal car park CCTV - first signs of fire (smoke) from the vehicle 16:37 31.12.17 External CCTV – first signs of smoke in Plaza area (pedestrian space between the car park and ACCL) 16:42 31.12.17 First call to the Fire and Rescue Service (999 call from member of public)
Call out 16:42
Fire brigade arrived 16:50
Commenced firefighting level 3, 17:08
17:35 ‘waterfall of fire’ coming from the ceiling reported 17:40 30 vehicles ablaze.
17:53 first sign of flames on Level 4
18:11 well-developed fire
Half-past four pm to about six o'clock pm is where one-and-a-half hours comes from, see above, for when the fire spread from level 3 to level 4 in Liverpool 31.12.2017.
Compare and contrast Luton Airport with flames seen on roof twenty minutes after initial fire started.
The problem with Liverpool was a drainage system of petrochemicals that caused heat bouncing of the ceiling to ignite the floor above. It is not known if Luton had a similar drainage but after the Merseyside Report one would have hoped not. (It was built a year later.)
So the fire at Luton spread to the next level about four times as fast, despite the driver and a passerby being present to act swiftly.
Sure fire spreads rapidly from car to car but do you think the builders would not have known that and applied the relevant standards>
In fact, the National Fire Protection Association (based in the USA but is an international body) made it mandatory in November 2022 for 'parking garages' - as car parks are called in the USA - to have a compulsory sprinkler system. It doesn't look like Luton Airport Cart park No. 2 ever got round to compliance with the international standards.
The 2022 edition of NFPA 13, Standard for the Installation of Sprinkler Systems, for example, has changed to increase the recommended hazard classification for parking structures from an Ordinary Hazard Group 1 to an Ordinary Hazard Group 2. The effect is a 33 percent increase in the design density, moving from 0.15 gpm/ft2 to 0.2 gpm/ft2.
As of January of 2021, FM Global data sheets have also increased the hazard category for parking garages and car parks from a Hazard Category 2 to a Hazard Category 3.
New to the 2023 edition of NFPA 88A, all parking garages are now required to have sprinkler systems installed in accordance with NFPA 13. Prior to this edition, sprinklers didn’t have to be installed in open parking structures.
NFPA