if the well it's still leaking cause they did the switch where is the fucking oil???
ok genius tell me this....if they switched well and the other one it's still leaking...WHERE THE FUCK IS THE FUCKING OIL?????.....now the beaches of the gulf had to be totally covered....this video it's the biggest BS i have ever seen on this board...pure and simple nonsense....once again for the fucktards.....
if they switched well and the other one it's still leaking...WHERE THE FUCK IS THE FUCKING OIL?????.
Quoting: Anonymous Coward 1059953Once again, only 2% is on the surface and visible. The rest is in solution and thus invisible or in the water column.
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link to blog.alexanderhiggins.com]
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link to blog.alexanderhiggins.com]
"The study called Project “Deep Spill” was first a black eye for BP and the Federal Government when they claimed it didn’t make sense that there where huge plumes oil floating in the ambient currents beneath the surface of the sea because as they put it “oil floats”.
Project “Deep Spill” is now hitting them with another black eye and debunks the lie that the methane gas being released from the well is floating to the surface and not being absorbed into the sea.
The study analyzed a wide range of controlled releases at different depths below the sea surface of different types of oil found all over world to help better understand the flow of hydrocarbons released from a deepwater blowout... 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.
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.From the study of the 800 meter release:
Echo sounders provided efficient tracking of oil and gas releases in the field and showed that the gas was completely dissolved before it could surface.
DeepBlow does not include hydrate kinetics, and hence, under hydrate forming conditions, the model predicts solid hydrate particles. Not only is the mass transfer from such particles slower than from gas bubbles, but also hydrate density is closer to that of water than that of natural gas, substantially reducing plume buoyancy.
The buoyant parts of the oil in a deepwater blowout split from the main plume within the first 200 meters of release."
You should be asking, "where is the fucking methane" you head in the sand conspiracy wanna-bes.
