Could Oil from the Gulf of Mexico Be Causing Oily Residue on Windows in the UK?

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In the U.K., residents reported an oily residue on external glass surfaces following strong winds, raising questions about its origin, including a potential link to Hurricane Tomas and oil from the Gulf of Mexico. Experts dismissed the idea that oil could travel effectively through the atmosphere, noting that any oil would become too diluted to cause noticeable effects. The discussion suggested that the residue might be related to local industrial sources or possibly wind-whipped particles, rather than from the Gulf Stream or the BP oil spill. The conversation also touched on the behavior of surfactants and microdroplets from diesel engines, with participants speculating about the persistence of certain substances in the environment. Overall, the consensus leaned towards a local origin for the residue, with a focus on industrial activities rather than distant weather events.
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After some very strong winds last night here, in the U.K. There is an oily type residue which is visible on external glass surfaces ie windscreens. This effect has happened over a 25 mile radius as i know off. Could this be any thing to with hurricane tomas, lifting oil from the surface in the gulf of Mexico and it some how made its way to the U.K. (via the gulf stream... maybe).
 
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Absolutely not. Oil would not carry well in the atmosphere, and even if it did---it would certainly become far too dilute to make a noticeably effect on your window.
 
scupydog said:
After some very strong winds last night here, in the U.K. There is an oily type residue which is visible on external glass surfaces ie windscreens. This effect has happened over a 25 mile radius as i know off. Could this be any thing to with hurricane tomas, lifting oil from the surface in the gulf of Mexico and it some how made its way to the U.K. (via the gulf stream... maybe).

I think it is unlikely to be from the BP spill. The heat of the Gulf Stream would have evaporated off the more volatile components of the oil, leaving clumps of what would appear to be a lot like asphalt. The farther north it moves into the north Atlantic the less likely it is that something is going to evaporate from the surface.

It may be that wind-whipped particles of oil-water mixture were blown into the atmosphere by a storm, however, if it was lifted locally from the Gulf Stream in your area. Any water Tomas picked up in the Gulf would have rained out long before reaching your town. The droplets would be very thick when they dried out on your window. If it is still clearly a liquid then it must be from something else (and is probably from something else anyway).

But all of this is based on my basic understanding of physics. An expert might know something better.
 
Thx for your answers, I'm still trying to find out what it was from searching the web.

It might have to have it shifted into the unexplained file..
 
I would look for a closer industrial source.
 
I am guessing it's too late to take a sample huh?
 
Hmmm...

Are micelle encapsulations of lighter fractions of crude oil capable of undergoing evaporation from the surface of the ocean ? Something I was curious about too.
 
scupydog said:
After some very strong winds last night here, in the U.K. There is an oily type residue which is visible on external glass surfaces ie windscreens.

Diesel engines produce microdroplets of unburned fuel. These coat many surfaces in urban areas. I can't think why they would be exacerbated by strong winds, however. I tend to go along with Hypatia, and think some local industrial source might be the culprit.
 
Isaacsname said:
Are micelle encapsulations of lighter fractions of crude oil capable of undergoing evaporation from the surface of the ocean ? Something I was curious about too.

Unlikely. Way too heavy.
 
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Borek said:
Unlikely. Way too heavy.

Thanks, it was my suspicion that it was not impossible, just highly improbable for that reason.

Borek, do you have any good ideas why the surfactant in the Gulf is lasting so long ?

I spent the past summer trying to cram multiphase fluid dynamics in an attempt to understand what was going on at the Horizon wellhead. What I was able to discern ( probably wrong ) was that cavitation increases the likelyhood of emulsion stabilities where surfactants are added into the process, something about Zeta potentials ( please correct me if wrong ).

Were you following that story at all ?

Thanks,

Isaac
 

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