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Originally posted by kingofmd
Does anyone else wonder how the oil has been able to maintain such a high pressure for "millions and millions" of years, beings that rock is porous?
Originally posted by ickylevel
Originally posted by kingofmd
Does anyone else wonder how the oil has been able to maintain such a high pressure for "millions and millions" of years, beings that rock is porous?
No. Rock is not as "porous" as you may think . There is air in it but no "holes" that would let something pass trough.
[edit on 3-5-2010 by ickylevel]
Originally posted by Northwarden
I came across this last night; this thread has an oceanic current chart to investigate where the slicked water will go. It looks like south, along South America. add - after circulating awhile in the Gulf.
www.abovetopsecret.com...
Originally posted by ickylevel
Originally posted by kingofmd
Does anyone else wonder how the oil has been able to maintain such a high pressure for "millions and millions" of years, beings that rock is porous?
No. Rock is not as "porous" as you may think . There is air in it but no "holes" that would let something pass trough.
[edit on 3-5-2010 by ickylevel]
BP PLC was preparing a system never tried before at such depths to siphon away the geyser of crude from a blown-out well a mile under Gulf of Mexico waters. However, the plan to lower 74-ton, concrete-and-metal boxes being built to capture the oil and siphon it to a barge waiting at the surface will need at least another six to eight days to get it in place.
the flow of oil should have been stopped by a blowout preventer, but the mechanism failed. Efforts to remotely activate it continue to prove fruitless, weather has hampered plans to burn the oil and is making booms all along the coast ineffective.
-- How do they know that the remnants of the 5 ft diameter pipe, protruding out of the ocean floor are still intact? Wouldn't 70,000 psi vaporize all the pipe remnants where it comes out of the ocean floor?
-- Can submersibles hook up 5000 foot chains to the sunken rig to surface-pull it free of the hole? Are there any chains strong enough?
-- Explosives to stopper the hole back up. Well, ok, they detonate explosives, ocean floor material (rock and debris) fill so much of the 5 ft diameter hole. Wouldn't 70,000 psi blast all that debris and rock back out of the hole and launch it into the stratosphere?
-- Using a submersible, How do you cap 70,000 psi, assuming the 5 ft diam. pipe is still intact?