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Russia Detects a Significant Radiation Spike In Mountains Close To Soviet-Era Nuclear Plant (nytimes.com)

According to a report via The New York Times, Russia said that it had detected a significant radiation spike in the Ural Mountains, close to a sprawling Soviet-era nuclear plant still remembered as the site of an accident 60 years ago. Russia did however reject suggestions that it was the source of a radioactive cloud that hovered over Europe. From the report: The location of the spike -- in the Chelyabinsk region near the border with Kazakhstan -- has been identified by French and German nuclear safety institutions as a potential source for a concentration of a radioactive isotope called ruthenium 106 detected in the air in late September above several European countries. But nuclear energy authorities in Moscow insisted Monday that still-higher levels of atmospheric contamination had been detected outside Russia, in southeastern Europe. Reports of the elevated radiation levels over Western Europe raised alarms, but nuclear safety authorities in France and Germany said there was no threat to human health or to the environment -- an assurance repeated on Tuesday by Moscow. The Russian state weather service Roshydromet said it had found what the Russian news media described as "extremely high pollution" at two monitoring facilities within a 62-mile radius of the Mayak nuclear reprocessing and isotope production plant. A weather station in the town of Argayash recorded ruthenium 106 levels that were 986 times higher than a month earlier, the state weather agency said. A second station at Novogorny detected levels 440 times higher. Ruthenium 106, which does not occur naturally and has a half-life of about a year, is used for medical purposes.

For weeks, Russian officials had denied the French and German accusations. Citing the results of its own air monitoring on European territory, Moscow pointed to high radiation levels over Romania, Italy and Ukraine, insisting that there had been only a negligible presence of ruthenium 106 on Russian territory. On Tuesday, even after the Russian agency acknowledged the radiation spike in the Urals, Maxim Yakovenko, the head of Roshydromet, said in a statement that higher levels of contamination had been detected in Romania than in Russia. "The published data is not sufficient to establish the location of the pollution source," he said. The authorities at Mayak denied in a news release on Tuesday that the plant had contributed to the increased levels of ruthenium 106 and insisted that there was no threat to human beings.

4 of 125 comments (clear)

  1. The accident mentioned in the article... by DrTJ · · Score: 5, Informative

    ...is known as the "Mayak incident", or the "Kyshtym disaster". It is the third largest ever nuclear mishap (after Chernobyl and Fukushima).

    It occurred in 1958 (I think), and it was not caused by a nuclear critical event, but rather "mundane" (but very large - equivalent of somewhere around 100 tonnes of TNT) chemical explosion within nuclear waste (mostly ammonium nitrates IIRC) which spread the waste over large distances. No one was directly killed by the event.

  2. Re:Putin-speak style of denial by Anonymous Coward · · Score: 3, Informative

    Fact 1. It's the same single isotope, and it's concentrated in russia. Very unlikely to be 2 unrelated events, and Mayak is a highly probable source.

    Fact 2. Soviet era nuclear industry that the current Russian state has inherited has a long history of lying about and trying to hide nuclear accidents. They have very little credibility on this.

  3. Re:Putin-speak style of denial by Jzanu · · Score: 2, Informative

    Sure Ivan, I might believe you, except for: http://lmgtfy.com/?q=web+briga...

  4. Re:Stick to tech news by Jzanu · · Score: 4, Informative

    I hope you just don't understand the idiocy you are spouting, because https://www.lenntech.com/perio...

    "All ruthenium compounds should be regarded as highly toxic and as carcinogenic. Compounds of ruthenium stain the skin very strongly. It seems that ingested ruthenium is retained strongly in bones. Ruthenium oxide, RuO4, is highly toxic and volatile, and to be avoided."

    Then the very next paragraph "Rhutenium 106 is one of the radionuclides involved in atmospheric testing of nuclear weapons, which began in 1945, with a US test, and ended in 1980 with a Chinese test. It is among the long-lived radionuclides that have produced and will continue to produce increased cancers risk for decades and centuries to come."