OMG! Alien Tech! Green Pulsing Plasma Feeding Into The BP BOP!

Yeah its just plain weird. It was very smooth and mechanical like. And again, this is under extreme pressure. Just weird, I wonder what SHR will say.....

Here is the video capture with the strange green energy bolts pulsing into the BP BOP. 360p resolution.

High tech human shit indeed.

It's a laser oil spill reactor to track oil on any surface.

[link to las.physik.uni-oldenburg.de]

[link to las.physik.uni-oldenburg.de]

Use the red phone, call SHR.

this looks plausible

I think they must be some form of homing beacon for the relief well.

I meanif you hat to hit a target just 6 feet in diameter after drilling for more than a mile, you need a serious hoimg device. You cant use a radio trasnmitter in the well head. Its too deep. May be those radioactive plasma orbs separate out along the length of the well to give a vertical string to which the relief well can home in on......

I meant to post some of the information from the site. Sorry bout that!

Increased consumption and transportation of oil and its products increase the problem of pollution of lakes and oceans. Even the most severe regulation rules of oil transportation cannot prevent the accidents leading to oil spills. Every year about 20 accidents occur, with thousands of tons of oil being spilled into seas, and several accidents every week with tens or hundreds of tons spilled. According to the estimation of oil spill clean up companies, the collection of 1 kg of oil in the open sea costs about 1 Euro, in coastal waters the price is about 10 times higher, and when oil reaches the shore the oil collection costs increase up to 100 Euro per kg. Therefore, fast detection of oil spill accidents not only saves nature, but also reduces the accident elimination costs. It is evident that oil spills in coastal waters, harbours, and oil terminals are especially dangerous and particularly fast actions should be taken when such
accidents occur. Therefore, reliable oil spill detection systems are very important. Several oil spill control methods based on radio wave reflection suppression, oil fluorescence or contact electrical sensors have been developed [1]. Radio wave radars operate well in open seas, where sea surface waves are is stable, but in closed coastal areas they are much less effective. On the contrary, application of contact electrical or fluorescence sensors is limited to small high-risk areas ship traffic permitting. Remote laser induced oil fluorescence is probably the most reliable method allowing oil detection on any surface. A number of airborne fluorescence lidars have been developed [2-5]. Some of them currently operate to monitor spills in active sea traffic regions. However, airborne lidar exploitation is very expensive and it cannot be performed continuously. In this paper we analyse oil fluorescence peculiarities and describe a laser fluorosensor for oil spill detection in coastal waters designed for onshore or shipboard installation. Despite less strict safety and reliability requirements in comparison with airborne laser fluorosensors, this method of oil spill detection meets additional difficulties related to the inclined path of rays during sampling, and the strong natural fluorescence of coastal waters.

yeah i think thats how the relief well will home in on the well head

If it is in a pressurized hose, there is no influence by the outside pressure.

i would have to call FAKE! because they never ever to this moment use picture within picture saying CHANNEL 1.
The reason the FAKE was not done full screen was because of all the time stamp stuff that would have been harder to fake .

OR

may be they are checking to see if the well head is compromised and the oil is leaking from teh casing. The radioactive dye would enable this.

Yes. Exactly.

I was wondering about the time stamp, too

I just read the papers. Surface unit only. Wrong wavelength on the fluorescence. Nice quick researching though. A for effort!

im sure it could be adapted for sub surface

WTF is that, whatever it is the oil is still flowing.

no time stamp, no truth

All 5 stars and pinned must mean it is true

Swamp gas,as seen through a temperature inversion.

Last Edited by Richard Eldritch on 07/03/2010 04:28 AM

GREG, your smile is so captivating

Close up of a critical area. Normal video technique in industry where remote control is involved and you can't spend time shifting eyes from screen to screen. The most interesting thing to me was the end of the process. A bot was suddenly moved by current and it looked like he bumped the equipment. It appeared to me like some sort of safety measure kicked in as the containment field became unstable.

Like was said earlier I feel like Ezekiel describing the great wheel in the sky.

I suggest that u have ur vision checked

I'm a newbie here so I can't tell. Have the BP shills been posting.

this might relate to this thread somehow?

Thread: The Civilian Expeditionary Force: Obama Says 'Burden' Can’t be All on the Military

Here is the video capture with the strange green energy bolts pulsing into the BP BOP. 360p resolution.



for those just arriving video can be made full screen.

Are you calling out BP or the posters on the thread?

BP has chopped off part of the data and covered up the date/time with the Camera 1 box.

If you look really close at the pics I posted, you can make out the date and time on the 2nd cam (the one under the Paint box).

For the first pic:
7/02/10
23:34:6

I think it's the same concept though and I am going with it being a flourescent oil dye to detect leaks.

I just read today that they have 1 week to decide if they are going to change the top hat but they have to verify if the casing is compromised because of hte pressure in holding in the cement.

Here is a company that manufactures the same type of dye used to detect leaks in industrial equipment. Probably not the same EXACT thing, but similiar with adjustments for the high pressure situation down there.

[link to news.thomasnet.com]



And here is where they are talking about the casing cracks.

[link to www.miamiherald.com]



They need ot make sure that there isn't any oil leaking from deep in the casing. How else will they know what is from in the casing cracks as opposed to what is naturally seeping? So they pump in to the well before they pump in the mud and use the laser to detect if it's "their" oil they put in or oil from another source.

So I vote for oil dye to detect cracks in casing and ocean floor.