



Yoichi Shimatsu
Global Research
April 18, 2011

On the first day of the Fukushima disaster, Tepco reported that reactors 1, 2 and 6 were operating at the time of the quake and tsunami, and that the other 3 reactors were empty of fuel rods for periodic maintenance. 1, 2 and 6 were designed by GE, old model Mark-1.

Then reactor 3 blows and burns, and without any correction to the first report, Tepco then says 1, 2 and 3 were operating and the others were down. No. 3, which is run on plutonium-uranium MOX fuel, was built by Toshiba. (no. 5 is also a Toshiba) Toshiba has an international partnership with Westinghouse to build nuclear plants. The leak from No.3 accounted then for the reports of leaked plutonium.

Then reactor 4 building catches on fire, due to a dry cooling pool for spent rods. No..4 is built by Hitachi, which has a partnership with GE to build nuclear plants and also currently develop a laser (plasma) separation process for plutonium extraction.

The fire is so extreme (for depleted uranium) that the reactor is damaged. This suggests that reactor 4 was also internally damaged, meaning that it was operating at time of the tsunami, in an unscheduled run for either of two purposes: offline electrical generation for some reason inside Fukushima 1; or for a controlled reaction aimed at reprocessing (neutron enrichment) of spent fuel rods to increase their fissile uranium content (prior to extraction).

Next, reactors 4 and 5 are found to be generating hydrogen gas.

H gas is produced when the fission process, which releases electrons as well as neutrons, splits water molecules, H20, into hydrogen, supercharged oxygen and some hydroxyl radicals. The presence of a gas build-up indicates that these two reactors contain fuel rods, contrary to Tepco claims. This means reactors 4 and 5 had recently conducted runs or were being prepared for operations of an undetermined (and unreported) nature.

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The other possibility to consider is that a high-power electromagnetic event (for example a sudden energy burst from the released of ionized gases from the de-magnetized laser-plasma process) could have knocked out all electrical systems, similar to how a neutron bomb would incapacitate power system.

Very little of this information was recorded in newspaper reports, but came as nearly inadvertent admissions during the minute-by-minute televised coverage of the disaster by NHK.

The other major mystery is the one-minute blackout of NHK World News at the mention of the fire and plant shutdown at the Onagawa nuclear plant in Miyagi Prefecture.

This article was posted: Monday, April 18, 2011 at 3:31 am

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