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Originally posted by DAVID64
Because of things like this, I believe if we don't find a way off this planet, we are doomed. We can't keep polluting and contaminating our environment and expect to survive. We need people with a conscience running places like this, not ones just worried about their wallet. And sadly, that's what it boils down to. The owners have placed a value on human life and decided you aren't worth it.
Originally posted by antar
reply to post by mactheaxe
I am no expert but all waste sites are near water for the cooling. Or at least it seems that way to me. I guess at one point they figured a large body of water such as the ocean would have the ability to absorb the leakage, but we now know that is simply untrue.
Do not take my words for fact, just observation from my limited view point.
This sounds so common sense and easy..........so why don't they try it????
Originally posted by siluriancryptic
reply to post by MariaLida
See coldfusionnow.org Edward Storms has suggested using certain bacteria that transmute radioactive nuclei to their stable isotopes : It's already been demonstrated that radioactive Cesium can be transmuted in a few hours to regular Cesium. So, the Hanford Facility can easily get rid of ALL its waste simply by dumping in the bacteria like echericae coli , thiobaccili, etc onto the waste and let the bacteria "eat" the Plutonium into Gold. In fact the world's oil reserves were created by bacteria doing cold fusion from Silicon since Sulphur is always found with crude oil and sodium chloride side products of the cold fusion reaction. All the Helium and Tritium produced over millions of years of cold nuclear fusion by microscopic bacteria and plants has since leaked off into Space,while any Hydrogen gas in our atmosphere left billions of years ago.If there was a lot of radioactive waste in our environment, the bacteria would rid of it in a few years ,anyway . There wouldn't be hundreds of years of radioactive pollution. See the book by C. Louis Kervran on Biological Transmutations.
Originally posted by antar
reply to post by mactheaxe
I am no expert but all waste sites are near water for the cooling. Or at least it seems that way to me. I guess at one point they figured a large body of water such as the ocean would have the ability to absorb the leakage, but we now know that is simply untrue.
Do not take my words for fact, just observation from my limited view point.
Originally posted by Battleline
This sounds so common sense and easy..........so why don't they try it????
Originally posted by siluriancryptic
reply to post by MariaLida
See coldfusionnow.org Edward Storms has suggested using certain bacteria that transmute radioactive nuclei to their stable isotopes : It's already been demonstrated that radioactive Cesium can be transmuted in a few hours to regular Cesium. So, the Hanford Facility can easily get rid of ALL its waste simply by dumping in the bacteria like echericae coli , thiobaccili, etc onto the waste and let the bacteria "eat" the Plutonium into Gold. In fact the world's oil reserves were created by bacteria doing cold fusion from Silicon since Sulphur is always found with crude oil and sodium chloride side products of the cold fusion reaction. All the Helium and Tritium produced over millions of years of cold nuclear fusion by microscopic bacteria and plants has since leaked off into Space,while any Hydrogen gas in our atmosphere left billions of years ago.If there was a lot of radioactive waste in our environment, the bacteria would rid of it in a few years ,anyway . There wouldn't be hundreds of years of radioactive pollution. See the book by C. Louis Kervran on Biological Transmutations.
This company and its assets should be seized and forced under government control. I feel sorry for the workers, but their management are the ones to blame.
The Congressional Budget Office reported in 2007 that current reprocessing technologies are more expensive than direct disposal of waste in a deep geologic repository. And an earlier study from Harvard’s Kennedy School of Government also found that “the margin between the cost of reprocessing and recycling and that of direct disposal is wide, and is likely to persist for many decades to come.”