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Originally posted by Gorman91
reply to post by Alxandro
In order for me to believe this, you have to explain to me how an unstable item like oil, which cannot even survive a match fire, can survive radiation, which is a whole lot more worse than fire for oil.
How can oil stay oil if it is being berated by sub atomic particles?
BP obviously drilled into something big, something that continues to gush out in full force even after 70 plus days.
This can only mean that that the oil is coming from some continuous source deep within the Earth's surface.
well didn't look very much like oil... remember all that orange and yellow stuff we all saw?
Originally posted by Masinger
Originally posted by hawaiinguy12
Can we get a REAL news source please? I cant take some random website ive never heard of and believe it. Thats like taking everything on Alex Jones website and believing it without looking at a real news source
Honestly, I think AJ deserves more credit than he gets. He prevents chaos in a way by observing possibilities.
But yeah, if the oil was radioactive, we'd have much more massive evacs, making it international news immediately.
Originally posted by hawaiinguy12
Can we get a REAL news source please? I cant take some random website ive never heard of and believe it. Thats like taking everything on Alex Jones website and believing it without looking at a real news source
Originally posted by xstealth
When a depleted uranium tipped shell strikes a tank or armored personnel carrier it easily penetrates the armor and burns the crew alive. The impact also vaporizes the depleted uranium
NORM in the Oil and Gas Field NORM encountered in oil and gas exploration, development and production operations originates in subsurface formations, which may contain radioactive materials such as uranium and thorium and their daughter products, radium 226 and radium228. NORM can be brought to the surface in the formation water that is produced in conjunction with oil and gas. NORM in these produced waters typically consists of the radionuclides, radium 226 and 228. In addition, radon gas, a radium daughter, may be found in produced natural gas. Because the levels are typically so low, NORM in produced waters and natural gas is not a problem in Texas unless it becomes concentrated in some manner. Through temperature and pressure changes that occur in the course of oil and gas production operations, radium 226 and 228 found in produced waters may co-precipitate with barium sulfate scale in well tubulars and surface equipment. Concentrations of radium 226 and 228 may also occur in sludge that accumulates in oilfield pits and tanks. These solids become sources of oil and gas NORM waste. In gas processing activities, NORM generally occurs as radon gas in the natural gas stream. Radon decays to Lead-210, then to Bismuth-210, Polonium-210, and finally to stable Lead-206. Radon decay elements occur as a film on the inner surface of inlet lines, treating units, pumps, and valves principally associated with propylene, ethane, and propane processing streams. Workers employed in the area of cutting and reaming oilfield pipe, removing solids from tanks and pits, and refurbishing gas processing equipment may be exposed to particles containing levels of alpha-emitting radionuclides that could pose health risks if inhaled or ingested.