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Originally posted by billyjack
I really hate ruining a great disaster hand wringing by applying physics but I looked up that the Gulf Stream flows .6 million cubic meters per second.
Originally posted by L.HAMILTON
Matt Simmons in what I believe was his final interview prior to his questionable
death was trying to send out a warning .
Originally posted by L.HAMILTON
There is a deadly mixture of methane laden crude laying below the surface .
If this crude oil mixture makes its way to the coastline via a hurricane , the result would be similar to what happened in Africa's tragic Cameroon "death lake " that took a thousand lives in 1986 en.wikipedia.org...
So far the hurricane season has been quiet or has dissipated lately.
This is supposed to be a very active hurricane season.
Matt also says the Gulf is 40 % a dead zone and spreading.
perhaps Haarp is being used to prevent major systems from forming and raining core-exit on the south
a man made modification of the ionosphere which has the potential of extending over-the-horizon surveillance and improving communications to the warfighter.
Spill conditions: It is estimated that more than 500,000 tons of crude oil was spilled into the Gulf of Mexico from blowout of the Ixtoc I well offshore in the Bay of Campeche. It occurred in early 1979, and several months later impacted the Texas shoreline, primarily along Padre Island. An early storm in September, reversed the currents and self-cleansed most of the shoreline, leaving only (relatively unusual) tarmats.
...
Storm surge across Padre Island associated with 'norther' storm. 13 September 1979. Most oil was removed from the shoreline during the storm.
Originally posted by billyjack
I really hate ruining a great disaster hand wringing by applying physics but I looked up that the Gulf Stream flows .6 million cubic meters per second.
The flow rate from the blow out using Darcy's equation that is used to calculate flow rate from porous media( oil flows from the microscopic spaces between sand grains not from vast oil filled caverns) results in a rate of flow of 40,000 to 80,000 bopd, using available data and resonable estimates of unknowns from 30 years of experience.
Ignoring this is the name of hysteria and using 120,000 bopd, converting the Gulf Stream to barrels/day the flow rate is 8.254 billion barrels per day. Therefore the ratio of oil to water from the blow out is .00001454 parts oil to 1 part of water assuming every barrel went into the gulf stream and none of it evaporated, was skimmed or biodegraded. I really don't see how a microscopic oil contamination could affect the flow of the Gulf Stream. This would be like stopping the forward momentum of the Titanic with a flyswatter.
As far as Matt Simmons(rest his soul), he was a banker at best & a journalist at worst. Not one of his hysterical claims has been accurate or physically possible to date. The idea of 25,000,0000,000 barrels from the blowout is ludicrous based upon true science and Darcy's equation.
The idea that the Carbon Dioxide release in Africa has any relationship to methane dispersed in the seawater also has real physics problems. First CO2 is heavier than air and a trapped bubble was released in a confined area, a lake. Methane is lighter than air and therefore goes up and does not stay on the ground as in the Africa release. Having done radius of exposure calculation for hydrogen sulfide escapes at concentrations far more disasterous and toxic than the methane and finding out that it disperses to acceptable levels outside of 2000 feet from the source, then I suggest that methane being dispersed by hurricane strength winds will not pose a problem, I'd be more concerned about flying Volvos than methane gas or minor amounts of oil.
Despite Mr. Simmons hysterical rants, I still haven't ever seen water run uphill.
Originally posted by IgnoranceIsntBlisss
Originally posted by L.HAMILTON
There is a deadly mixture of methane laden crude laying below the surface .
If this crude oil mixture makes its way to the coastline via a hurricane , the result would be similar to what happened in Africa's tragic Cameroon "death lake " that took a thousand lives in 1986 en.wikipedia.org...
So far the hurricane season has been quiet or has dissipated lately.
This is supposed to be a very active hurricane season.
Matt also says the Gulf is 40 % a dead zone and spreading.
OMG CRUDE!!!!
OMFG METHANE!!! AHHH!!! NOOOOOOOOOOO!!!!!
Wait a minute.... don't we fart methane out of our butts?
Yeah, that's right. Methane is a GAS. Not gasoline, but it's physical properties are of gas.
Illustration showing a “natural oil seep“.
www.abovetopsecret.com...
So about half of the methane evaporates into the atmosphere, and the other half dissolves... but note that at that depth some of it recrystalized back into hydrates.
en.wikipedia.org...
NOTE: About 40% of the gushing was methane.
The other 60% was sweet light crude...
Next, 75% of the crude actual was VOC's... which evaporate into thin air. VOC's (gasoline, paint thinners) is acutely toxic (immediately), the tar itself is bad if you get it on you but as the VOC's separate from it it becomes persistent but relatively non-toxic.
So how much "heavy crude" was in the crude? 3%. 3% of the 60% of the gushing was asphaltenes (tar, asphalt). The other 20+% was WAX. That's right, wax (candles, etc).
Guess what: candles float.
Remember all of that "sheen"? That was all VOC's, and all of it is gone into the atmosphere.
I really doubt Mr. Assassinated here died for saying all of that, as he didn't seem to know WTH he was talking about.
In particular the final report of Project “Deep Spill” (a study conducted by the Federal Government and oil companies including BP) found:
1. Only 2% of the oil released in a deepwater blowout may actually make it to the surface. That’s as little as 2% naturally without the use of dispersants. Add dispersants into the equation and it could be less then one percent of oil that makes it to the surface.
2. None of the methane released from the deepwater blowout made it to the surface. The study found that released natural gas may dissolve completely within the water column if it is released from a deep enough depth relative to the gas flow rate.
Originally posted by IgnoranceIsntBlisss
I forgot: this nonsense that hurricanes are going to destroy everything with oil is totally baseless. Remember the Ixtoc:
www.oil-spill-info.com...
Spill conditions: It is estimated that more than 500,000 tons of crude oil was spilled into the Gulf of Mexico from blowout of the Ixtoc I well offshore in the Bay of Campeche. It occurred in early 1979, and several months later impacted the Texas shoreline, primarily along Padre Island. An early storm in September, reversed the currents and self-cleansed most of the shoreline, leaving only (relatively unusual) tarmats.
...
Storm surge across Padre Island associated with 'norther' storm. 13 September 1979. Most oil was removed from the shoreline during the storm.