• Modernizing the systems of nuclear material protection, control and accounting at more than 25 Russian nuclear facilities;

  • Constructing a storage facility for surplus weapons-grade fissionable materials (Cheliabinsk, commissioning due date for the first phase the beginning of the year 2004);

  • Building power-generating capacities using fossil fuel to replace those of weapons-grade plutonium producing reactors to be shut down in Tomsk-7 and Krasnojarsk-26 (2005-2006).

Both sides have been continuously working to enhance the efficiency of the CTR program implementation. It should be especially stressed that the decision of the U.S. Government on active involvement of Russian subcontractors and wide use of Russian special purpose equipment contributed significantly to accelerating the progress and improving the cost-effectiveness of the CTR program.


The issue of increasing the share of funds allocated by the U.S. Congress to be received by Russia has been gradually taken care of. At the initial stages of cooperation over 50% of the funds were forwarded to reimburse the costs incurred by U.S. subcontractors and for overhead charges for the U.S. program managers. A mechanism of financial audit of the program costs within contracts with enterprises has been agreed upon and is functioning sufficiently well.


In 1992-1993, in the context of the CTR Agreement, supplementary agreements were signed. To date, some of them have been already completed, while others are still under implementation. Special shipping casks for fissionable materials, equipment to mitigate the consequences of emergency situations and related personnel training programs, and protective coatings and sets to reequip railcars and security cars have been supplied to Russia. Both Russian and U.S. specialists designed and began to construct a safe and reliable storage facility for fissionable materials produced in the process of nuclear weapons elimination.


In 1995 the U.S. President stated that 200 tonnes of fissionable materials were to be decommissioned from the U.S. nuclear arsenal and never used in future to fabricate weapons.


At the 41st session of the IAEA General Conference (1997) a statement of the R.F. President was made public that up to 500 tonnes of HEU and 50 tonnes of plutonium released during the nuclear disarmament process would be withdrawn step-by-step from the Russian defense nuclear programs.


In 2000 an Intergovernmental U.S.-Russian Agreement on disposition of surplus weapons-grade plutonium was signed, according to which each of the sides shall convert 34 tonnes of weapons-grade plutonium into mixed oxide uranium-plutonium (MOX) fuel for NPPs.


The weapons elimination process caused the need to solve tasks related to safe and secure storage of nuclear materials, disposition of surplus fissionable materials, and restructuring and conversion of the Russian nuclear weapons industries. Under conditions of a terrorism threat, both sides have agreed to initiate work aimed at ensuring physical protection of all types of radiation sources.



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