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Originally posted by Missing Blue Sky
According to this email the first event might have happened hours before the explosion that sunk the rig. This puts the event happening on April 19th...the day predicted here to be the big false flag operation by TPTB.
It's hard to believe BP would do this [...]
An account published in the Journal Thursday quotes Andrea Fleytas, 23, who helped operate the Deepwater Horizon's navigation machinery. She was the first to make a Mayday call after noticing that no one in command had issued a distress call. In the ensuing chaos, Ms. Fleytas jumped overboard and was one of 115 people eventually rescued by the Bankston, a nearby vessel.
A BP official on the rig at the time of the explosion, Robert Kaluza, used his Fifth Amendment right not to incriminate himself and refused to provide testimony to the hearings, which are being held in Louisiana.
Originally posted by Lebowski achiever
What I don't understand, and maybe someone can explain it, why couldn't they just drill relief wells before it blew and shut it off? Is there some law that stops that from happening? It seems to be a ridiculous motive but that is probably because I don't know enough about it.
The doodlebs (seismic analysts) we talk to have stories of repeated rhythmic events at the well head days before the blowout that was the original reason for several being on rig at the time of the blowout.
All of us concerned BPers (yes, there are many) are talking that something or someone was at the bop and either deliberately caused the blowout or made a grave error that caused the bop to malfunction when the inevitable blowout happened.
You learn the darnedest things on the internets. For example, I just found out that the Gulf of Mexico is the primary disposal site for unexploded military munitions - over 30 million pounds of bombs, projectiles and chemical ordnance.
And because records are spotty and incomplete, we don't know exactly where these dumps are.
(Are you following me?)
Many of these bombs are unstable. Just about anything could detonate them - say, an oil rig that's digging deeper than what owners noted on their permit application. So we're leasing offshore drilling rights to oil companies IN A FRICKIN' MINE FIELD. (You'll notice this NY Times piece on the problems of offshore drilling doesn't even mention it.)
Originally posted by Looking_Glass
Hey look guys! It's really neat way to herd up people from coastal states and shove them into FEMA camps.
Isn't that cute?
The original purpose of a relief well was to relieve pressure on a blowing formation by drilling a vertical well around the blowout and producing it (them) at high rates.
Specialty kill fluids. In 1976, specialty fluids were used during a unique cratered blowout in the Persian Gulf from a high permeability gas section of the Asmari formation at 3,500 ft. Hole size was 17-1/2 in. With casing at 1,100 ft. Four relief wells gained hydraulic communication with the borehole, but were unable to control the flow with conventional kill fluids. This resulted in first use of polymer systems as kill fluids. Two polymer types were pumped through separate relief wells. An extremely viscous, cross-linked guar gum was pumped into salt cavities above the reservoir, and a high molecular weight HEC polymer was pumped into the reservoir matrix. The guar filled the cavities and decreased gas flow while the HEC blocked off loss of kill fluid to the vuggy, fractured reservoir matrix.
A similar technique was successful on Mexico's offshore Ixtoc blowout in 1980.
Dynamic kill. In 1978, Mobil Oil documented the technique of "dynamic kill" on a prolific gas blowout in Arun field, Indonesia.4 The technique involves circulating a light initial fluid, such as water, with sufficient friction pressure to kill the blowout (hence the name "dynamic"), followed by mud with sufficient density to contain reservoir pressure. Advantages include its use when kill pressures in the well bore must be developed in a controlled manner to prevent formation fracture; simple hydraulic calculations; and use of the relief well drillstring for real time measurement of BHP during pumping. Disadvantages include high hp requirements for killing a well with a light fluid. This technique laid the foundation for future engineered kill procedure designs.
The relief well has traditionally been a last resort when other surface kill efforts fail. This has changed with increasing technology requirements for horizontal, deep, offshore, hostile environment, or high pressure wells. Questions arose whether blowouts of some wells could be killed at all, especially with the possibility of under ground blowouts. Fortunately, relief well advancements paralleled this period of technology growth and now provide viable blowout control options. The operator of a blowing well will likely consider surface capping methods before snubbing or relief well options.