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originally posted by: fakedirt
if extremophiles can be created to de-activate/reduce the energy emitted within the radionuclides then it could be feasible.
I am still in favour of direct outer core injection with the accumulated utilised plant and machinery following behind.
f
originally posted by: FormOfTheLord
originally posted by: fakedirt
if extremophiles can be created to de-activate/reduce the energy emitted within the radionuclides then it could be feasible.
I am still in favour of direct outer core injection with the accumulated utilised plant and machinery following behind.
f
How would you go about achieving that major feat?
drill down right next to fuku for a start. continuous pile/core drilling approx 2m diameter. sleeve thickness approx 100mm and using the stored tritium water as a lubricant well beyond lowest detectable water table level. nitrogen injection as temps rise until magma is reached. through pressure bulkheads, super-cooled caskets are inserted into core sleeve until they are released into outer core magma where they will continue to move away whilst destruction of the casket occurs. materials are released and dispersed throughout the outer core. granted easier said than done but it would provide a means to disperse materials that were originally found dispersed within strata.
We have a mass of nuclear burning goo to deal with wich cannot be approached with machinery. . . .
the corium is one of the big problems (approx. 180 tons?). no-one has a solution on record as yet. it should be located and extracted into smaller volumes if it hasn't already reached the outer core. the rest of the contaminated media can go downchute.
However exremophiles can go anywhere and accomplish tasks our current robots cannot, perhaps we can create nanobots which can use the nuclear energy like fuel or just eat the thing up.
originally posted by: zworld
I haven't been able to find positively that extremophiles can turn a radioactive material into a stable form except in this news article phys.org... where they state that;
“Now in a new paper published today in the journal Applied and Environmental Microbiology the team explain how they have discovered that radiation could actually allow certain microbes to thrive, rather than killing them, possibly including a species known to transform radioactive material into much more stable forms. Hence, radiation could make them more effective in the cleanup of contaminated land or in contributing to the safety of radioactive waste disposal in the long-term.”
Still cant find what microbe they were talking about but I assume it was D. radiodurans. If it's true that they can convert radionuclides to a stable non radioactive form why haven't we heard about it from day one and why aren't there ways to put it to use right now.
Also came across some interesting discussion of Fulvic acid reducing radioactivity to zero, but once again nothing conclusive and info was only found on conspiracy websites that I would never ever click on. Oh wait a minute......ATS is a.....nevermind.
ON EDIT: the above study can be found at "The impact of gamma radiation on sediment microbial processes." Appl. Environ. Microbiol. AEM.00590-15; Accepted manuscript posted online 3 April 2015, DOI: 10.1128/AEM.00590-15
Although no fatalities due to short-term radiation exposure were reported, some 300,000 people evacuated the area. TheWorld Health Organization indicated that evacuees were exposed to so little radiation that radiation-induced health impacts are likely to be below detectable levels, and that any additional cancer risk from radiation was small—extremely small, for the most part—and chiefly limited to those living closest to the nuclear power plant. The World Health Organization stated that a 2013 thyroid ultrasound screening program was, due to the screening effect, likely to lead to an increase in recorded thyroid cases due to early detection of non-symptomatic disease cases.
According to a linear no-threshold model(LNT risk model) this energy accidentsrelease of radiation into the surroundings would most likely cause a total of 130 cancer deaths in the years and decades ahead.