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Title: WHAT THE U. S. SCIENTISTS ARE FORBIDDEN TO TELL THE MASSES AS TO THE GULF
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Published: May 22, 2010
Author: Dr. James P. Wickstrom
Post Date: 2010-05-23 06:58:09 by Itistoolate
Keywords: None
Views: 872
Comments: 69
WHAT THE U. S. SCIENTISTS ARE FORBIDDEN TO TELL THE MASSES AS TO THE GULF What you are about to read, is what the scientists in the United States are not allowed to tell you in great fear of the Obama administration. They are under the threat of severe repercussions to the max.. Scientists confirming these findings cannot be named due to the above, but what they believe, they want to be known by all. Take a U. S. map, lay it flat and measure inland just the minimum 50 miles of total destruction all around the Gulf of Mexico as to what you will read below. The carnage to the United States is so staggering, it will take your breathe away. Should what the scientists, who are trying to warn everyone about, is even close to be true... all of Florida will be completely destroyed and everyone and everything on it. You decide!! Everyone has the right to read what I have just written in this article, as well as to what is written below by the scientists who the Obama administration and BP are trying to shut up. Please share with as many as you can. SUMMARY OF WHAT IS HAPPENING As the well head becomes worn it enlarges the passageway allowing an ever-increasing flow. Even if some device could be placed onto the existing wellhead, it would not be able to shut off the flow, because what remains of the existing wellhead would not be able to contain the pressure. The well head piping is originally about 2 inches thick. It is now likely to be less than 1 inch thick, and thinning by each passing moment. The oil has now reached the Gulf Stream and is entering the Oceanic current which is at least four times stronger than the current in the Gulf, which will carry it throughout the world within 18 months.. The oil along with the gasses, including benzene and many other toxins, is deleting the oxygen in the water. This is killing all life in the ocean. Along with the oil along the shores, there will be many dead fish, etc. that will have to be gathered and disposed of. SUMMARY OF EXPECTATIONS At some point the drilled hole in the earth will enlarge itself beneath the wellhead to weaken the area the wellhead rests upon. The intense pressure will then push the wellhead off the hole allowing a direct unrestricted flow of oil, etc.. The hole will continue to increase in size allowing more and more oil to rise into the Gulf. After several billion barrels of oil have been released, the pressure within the massive cavity five miles beneath the ocean floor will begin to normalize. This will allow the water, under the intense pressure at 1 mile deep, to be forced into the hole and the cavity where the oil was. The temperature at that depth is near 400 degrees, possibly more. The water will be vaporized and turned into steam, creating an enormous amount of force, lifting the Gulf floor. It is difficult to know how much water will go down to the core and therefore, its not possible to fully calculate the rise of the floor. The tsunami wave this will create will be anywhere from 20 to 80 feet high, possibly more. Then the floor will fall into the now vacant chamber. This is how nature will seal the hole. Depending on the height of the tsunami, the ocean debris, oil, and existing structures that will be washed away on shore and inland, will leave the area from 50 to 200 miles inland devoid of life. Even if the debris is cleaned up, the contaminants that will be in the ground and water supply will prohibit re-population of these areas for an unknown number of years. [End of scientists information release]
Dr. James P. Wickstrom 
The estimated super high pressure release of oil from under the earth's crust is between 80,000 to 100,000 barrels per day. The flow of oil and toxic gases is bringing up with it... rocks and sand which causes the flow to create a sandblasting effect on the remaining well head device currently somewhat restricting the flow, as well as the drilled hole itself.
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#13. To: Itistoolate (#0)
I smell hogwash. This, IMO, is proof the author is no scientist. First of all, I don't expect seawater will ever flow down the well. Oil pressure will certainly drop as oil exits the pipe, but as it drops, flow will reduce, and it will basically take years, if not decades, for oil to reduce to something slow enough for water to start entering. And I'd have to look it up, but I don't think water would boil if it's 6 miles under sea level, even heated to 400 degrees. The enormous pressure would keep even superheated water at that temperature in liquid form. Superheated water at depth is already common at underwater volcanic vents and it does not vaporize. If the well pipe truly is wearing away, that would be good news, as when (if) it fullly wears away, the seafloor will, I believe, collapse and reseal the well hole where the pipe was and that'll be it. This spill may well be an enormous disaster, well beyond what's being reported, but if so, I don't think the author above has any more clue than anyone else.
Ever visit Yellowstone Park? They have this strange phenomenon there called geysers. They are created by superheated water hitting magma underlying the Shield Volcano which lies under most of the park. The water seeps down, is heated and pressurized and then blows out through natural relief valves called geysers. Do it on a large enough scale and that geyser is no different than an explosion.
On this point, I'm questioning whether 400 degrees, I presume fahrenheit, is sufficient to boil water 30000 feet under sea level. That's 5000 feet of Gulf water plus 25000 more at the bottom of the well. That's at about 909 atmospheres of pressure, or about 13300 PSI. Unfortunately I can't seem to find any calculators on the net for computing that but maybe there's one somewhere. How deep is the geyser water in Yellowstone? I suspect it's far less that 30000 feet. But even this aside, there's still the question of how and when water would be able to drain into what is now the oil reserve 25000 feet down. That's many years away, very possibly decades even if the oil would be allowed to flow that long. And even BP will be able to cut it off in a few months, disaster or no disaster.
here's a chart of boiling points and pressures... it only goes up to 1000 psi, in a table down towards the bottom of the page. so, taking our depth of 5000 feet, and plugging it into our pressure calculator, we come up with a water pressure of over 2000 psi. but the graph (image below, url above) only goes up to 1000 psi... if we extend the curve on the chart over to 2000 psi, maybe we can get a rough idea of the temp water boils at when it's at -5000 feet.
Ah... great. Thank you, GR. Under that chart on the page it says that 400 deg F will boil water at 250 atmospheres of pressure. That clearly wouldn't be hot enough to boil water at a depth of 30,000 feet, which is about 910 atmospheres. Even 500 degrees F is not enough, and from the progression, it seems even 600 deg F is not enough. Though 400 C is another matter. The chart progession suggests that's possible. But the next question is where the author came up with the 400 degree figure. Some net searching suggests temps increase underground at about a rate of 30 deg C per kilometer, assuming there's no volcanic activity in the area, which it seems there isn't it being the Gulf of Mexico. So at that rate, even counting the 5000 feet of water which probably shouldn't, the temp of the earth where the oil is should be about 274 degrees C. So maybe faherheit was the intended measurement. So to me there's no way there's enough heat there to boil water at that depth as the article claims. For that and other reasons, I'm very comfortable dismissing the article as bunk.
#64. To: Pinguinite (#61)
very comfortable dismissing the article as bunk yup
Top • Page Up • Full Thread • Page Down • Bottom/LatestThis will allow the water, under the intense pressure at 1 mile deep, to be forced into the hole and the cavity where the oil was. The temperature at that depth is near 400 degrees, possibly more. The water will be vaporized and turned into steam, creating an enormous amount of force, lifting the Gulf floor. It is difficult to know how much water will go down to the core and therefore, its not possible to fully calculate the rise of the floor.
#21. To: Pinguinite, farmfriend (#13)
And I'd have to look it up, but I don't think water would boil if it's 6 miles under sea level, even heated to 400 degrees. The enormous pressure would keep even superheated water at that temperature in liquid form. Superheated water at depth is already common at underwater volcanic vents and it does not vaporize.
#37. To: Original_Intent (#21)
The water seeps down, is heated and pressurized and then blows out through natural relief valves called geysers.
#53. To: Pinguinite (#37)
#61. To: groundresonance (#53)
Replies to Comment # 61. no way there's enough heat there to boil water at that depth
End Trace Mode for Comment # 61.