Programa Federal de Rusia Desarrollo Energia Atomi

Slide1: 

2007 Federal Target Programmer “Development of nuclear energy industrial complex of Russia for 2007-2010 and aspects for the period up to 2015”

APP of Russia in 2006 : 

APP of Russia in 2006 In 2006 10 APP worked with the installed capacity – 23.2 GW: 16.2 GW or 70% of total capacity were set into operation from 1971 through 1985 2 GW of capacity were set into operation after 1997 – Rostovskaya APP (2001) and Kalininskaya APP (2004) In 2006 AP plants produced 154.7 billion of kilowatt-hours of electric energy. APP fraction: In gross output of electric energy – 15.6% in total installed capacity – 11.5%.

Development Instructions: 

Development Instructions Power strategy of Russia for the period up to 2020 Strategy of nuclear power development in Russia in the first half of the XXI century Master plan of power facilities arrangement in Russia up to 2020 FTP “Development of Nuclear Energy Industrial Complex of Russia for 2007-2010 and aspects for the period up to 2015”

FTP “Development of Nuclear Energy Industrial Complex of Russia for 2007-2010 and aspects for the period up to 2015”: 

FTP “Development of Nuclear Energy Industrial Complex of Russia for 2007-2010 and aspects for the period up to 2015” Programme goals: Implementation of advanced development of the nuclear energy industrial complex with a view to secure geopolitical interests of the country and nuclear safety of Russia through setting into operation of new APP power units in places of increased economy with the input rate 2 GW of electric power per year and higher (starting from 2016 without the assistance of budget funds); promotion of goods and services of the domestic nuclear fuel cycle into world markets and switch to the expanded APP construction and operation abroad.

Investments into FTP “Development of Nuclear Energy Industrial Complex: 

Investments into FTP “Development of Nuclear Energy Industrial Complex Programme total amount of financing - 1 471.4 billion of rubles: At the expense of federal budget – 674.8 billion of rubles; At the expense of sector internal funds– 796.6 billion of rubles. Lines of expenses: 97% - for capital investments 3% - for R & D

Line 1 “Development of APP Capacities”: 

Line 1 “Development of APP Capacities” Completion of power units and extension of life of acting APP power units; Construction of new APP power units and putting them into operation; Implementation of a production power unit with a WWER-type reactor.

Slide7: 

“Road Map” FTP-2006 Output: 3.7 GW Input: 21.6 GW APP-2006 (1.1 GW/unit)

Line 2 “Development and Reconstruction of Productive Capacity in Nuclear Fuel Cycle facilities” : 

Line 2 “Development and Reconstruction of Productive Capacity in Nuclear Fuel Cycle facilities” Development of natural uranium deposits to maintain activity of mining industries, reconstruction and construction of mining facilities; Updating and development of separation and sublimation plants; Development of nuclear fuel manufacturing capacity

Line 3 “Development of methods of spent nuclear fuel and radioactive wastes management; preparation of APP units for shutting down”: 

Line 3 “Development of methods of spent nuclear fuel and radioactive wastes management; preparation of APP units for shutting down” Providing the acting atomic power plants with new facilities for radioactive waste and spent fuel management; Extension of life of acting APP power units and putting out of operation the power units of the first generation.

Line 4 “Switching to innovation technologies of nuclear energy development”: 

Line 4 “Switching to innovation technologies of nuclear energy development” Construction of Beloyarskaya APP power unit #4 with the BN – 800 type reactor designed for development of closed nuclear fuel cycle technology; providing the BN – 800 type reactor with MOX- fuel; R&D and experimental activity with a view to switch to innovation technologies for processing of spent nuclear fuel; R&D and experimental activity with a view to develop innovation programmes including high-temperature technologies, innovation reactors and technologies of their nuclear fuel cycle; Normative legal base updating; Enhancement of manpower training and retraining systems, and professional development in the field of the atomic energy use.