When this blew out there had to be resevoir pressures of 40-50,000 pounds per square inch other wise the fire wouldn't have been so intense and what would have come out first is the blowout preventer would have popped out of the water more like a cork. And then what would come out second is the casing. [...] And so we have an open hole that's spewing I would guess somewhere between 100-150,000 barrels a day of oil which is why you now have over a hundred mile oil lake at the bottom of the Gulf of Mexico that's apparently 4-500 feet deep. [...]
I would think by the end of the week we will discover that we have an open hole with no casing in it which sits about seven miles away from where BP had been trying to fix these little tiny leaks in the drilling riser. I bet where (inaudible) of the drilling riser is still connected to the (inaudible) of it and so they've done everything wrong. [...]
They basically are trying to patch a little leak in the drilling riser. You've got to remember that what we're seeing on television, the drilling riser is 22.5" in circumferance. Most of it is a elastomers to make it bouyant. In the middle is a 7" column with the annulus where the drill bit goes down, so coming out of that is a little plume of gas. It's not oil and it's only about four feet high.
That could not by any way have actually covered 40% of the Gulf of Mexico, so what we're going to find when the Thomas Jefferson finishes its work is we have an open hole with no casing in it and the only way we'll shut it off is either let it complete which might take 30 years, which could maybe not only poison the Gulf of Mexico but maybe the Atlantic Ocean, or to put a nuclear device down the hole like the Russians did in the 70's and actually encase it by turning the turning the rock into (inaudible).
Open Hole Spewing 100-150,000 Barrels a Day