May 18, 2011
Professor Christopher Busby, who sits on the European Committee on Radiation Risks, told RT yesterday that the reactors at Fukushima are a raging nuclear inferno and he believes at least one of the reactors is now outside its containment structure and emitting vast amounts of radiation into the atmosphere.
The Japanese newspaper Asahi reports today that data reveals meltdowns occurred at the No. 2 and No. 3 reactors. Goshi Hosono, special adviser to Prime Minister Naoto Kan, acknowledged the likelihood of meltdowns. “We have to assume that meltdowns have taken place,” Hosono said at a news conference May 16.
Infowars.com and other alternative news sources reported the probability of a nuclear meltdown at the plant, but this was virtually ignored by the corporate media.
Soon after an earthquake and tsunami crippled the plant, nuclear experts said meltdowns occurred at all three reactors. TEPCO and the corporate media downplayed the possibility of nuclear meltdown. On April 17, TEPCO released a schedule to reach a cold shutdown at the Fukushima plant within six to nine months, but eventually had to revise the schedule.
Nuclear experts indicate more than a decade will be required to remove the melted fuel, eliminate the contamination, and dismantle the reactors.
Public release of data on the situation at the plant, which had been kept at the central control room, was delayed because it took time to restore power and remove radioactive materials attached to the papers, according to TEPCO. According to the data, the pressure in the pressure vessel of the No. 2 reactor dropped at 6:43 p.m. on March 15. A similar drop in pressure also took place at the No. 3 reactor at 11:50 p.m. on March 16.
“We have yet to be able to grasp the entire situation at the plant,” a TEPCO official said on May 16.
Radioactive technetium was discovered in water in the No. 3 reactor building. The discovery raised speculation that the melted nuclear fuel has breached the pressure vessel and landed in the containment vessel. Technetium is produced when nuclear fuel rods are damaged.