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Case Study - Submarines

Risks of Ignoring the Decommission Process

The demilitarisation process associated with the end of the cold war has left the former Soviet Union with a legacy of nuclear hazard. This hazard is from the 130 [Digges, 2003] nuclear submarine currently rusting away in ports all over Russia. These submarines are contaminated with varying levels of radiation, some reactors still containing the high radioactive fuel.

Hotel class nuclear submarine is moored at the Sevmorput shipyard in
Murmansk waiting for decommission. [Digges, 2003]

This waste poses the potential to leak into the environment, which would have devastating effects on the local fauna and flora. These high radioactive substances could then be introduced into the food chain causing major economic and health concerns for the costal inhabitants of Russia a who rely on fish and fishing for there survival.

This waste poses a risk not only to the coastal people of Russia but to us all. n the 1st of September 2003 Alexander Tyulyakov, deputy director for administrative issues of the Russian state-owned Atomflot, which carries out repair work and spent nuclear fuel storage for Russian nuclear icebreakers and nuclear submarines, was arrested last week amid a swirl of gossip that he was trafficking in guns and radioactive elements [Digges, 2003].

Tyulyakov was charged with harbouring weapons discovered at his home, and possession of a highly radioactive substance, he faces up to 10 years in prison.
This is reminiscent of a 1999 theft of the radioactive element californium 252 and 17 kilograms of mercury from Atomflot by a group of specialists who had worked with these materials-a technician from nuclear support ship Imandra, a reactor decontaminator from the nuclear icebreaker Rossiya, and his son, a programmer in a St Petersburg military installation [Digges, 2003].

The Atomflot base near Murmansk, where nuclear icebreakers are serviced.These men, contrived to find customers for these materials in St Petersburg. They loaded the radioactive materials into the trunk of a car and covered them with paraffin. However, despite the paraffin and plenty of water the three brought along on the 800-kilometre journey to help reduce the impact of the radioactivity, the radiation level within five metres of the car trunk exceeded healthy norms by 350 times.

By the time the three arrived in St Petersburg, agents from the Anti-Organised Crime Unit, as well as the FSB, had been tipped off on the case. Undercover investigators arranged a meeting with the trio, and agreed on a price of $50,000 for the container of californium, and $10,000 for the mercury. When the group met the undercover agents with the substances, they were arrested [Digges, 2003].

Californium 252 is suitable for the dirty bombs. It can also be successfully used for murder as an instrument of slow poisoning. Even in small quantities, if placed within proximity of the intended victim it can kill in a period of several days[Digges, 2003].

These incidents and the possible treats to the environment demonstrate the need for a well regulated and transparent decommissioning process for all the nuclear facilities around the world.

References:

Digges C, 'Atomflot Deputy Director Arrested on Suspicion of Smuggling of Nuclear Materials' 2003, Bellona. Available Online: http://www.bellona.no/en/international/russia/icebreakers/31049.html Accessed: 12/10/05

 
 
 

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