Nuclear Proliferation TechnologyTrends Analysis - International ...
Nuclear Proliferation TechnologyTrends Analysis - International ...
Nuclear Proliferation TechnologyTrends Analysis - International ...
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PNNL -14480<br />
Australia 6 Lybia 3<br />
Brazil 1,2 Pakistan 3<br />
China 2 North Korea 6<br />
France 6 South Africa 5<br />
Germany 1,4 Soviet Union 1<br />
India 1 Syria 3,6<br />
Iran 3 The Netherlands 1,4<br />
Iraq 3 United Kingdom 1,4<br />
Japan 1 United States 5,6<br />
1 Successful indigenous development<br />
2 Purchase technology<br />
3 Covert acquisition<br />
4 Unrenco Participant<br />
5 Development halted<br />
6 Recent or past interest<br />
Table 7 Countries interested in Centrifuge technology<br />
Table 8 shows the estimated timeframes for the various successful indigenous centrifuge<br />
enrichment programs. It should be noted that the dates are approximate, because reports<br />
from which the information was extracted were not always consistent. However, these<br />
dates are “best estimates” and are accurate within a year or two.<br />
Country<br />
3.2.3.1 Soviet Union<br />
Program<br />
Initiation<br />
First<br />
Demonstration<br />
Facility*<br />
Operational<br />
Time to First<br />
Demonstration<br />
Facility (yrs)<br />
First Full<br />
Scale**<br />
Facility<br />
Time to<br />
first full<br />
scale<br />
facility<br />
Soviet<br />
Union<br />
1945 1953 8 1957 12<br />
Urenco 1960 1971 11 1973 13<br />
Japan 1971 1979 8 1982 10<br />
Pakistan 1974 1980 6 1984 10<br />
Brazil 1980 1990 10 2002 22<br />
India 1975 1985 10 1992 17<br />
Iran 1987 2004 () 17 <br />
*Linked cascades of 100 or more centrifuges producing enriched uranium<br />
**Facility producing 5,000 or more swu/yr<br />
Table 8 Successful indigenous centrifuge enrichment programs<br />
The first successful centrifuge enrichment program was created in the Soviet Union. The<br />
program was initiated in 1945, and a successful pilot plant was in operation by 1953.<br />
Although the Soviets had plans and prototypes for super-critical centrifuges, the decision<br />
was made to use sub-critical centrifuge technology at the beginning of the program, and<br />
this remains the primary technology choice today.<br />
The original purpose of the Soviet program was to develop the capability to produce<br />
highly enriched uranium for their weapons program, because their gaseous diffusion<br />
plants did not function well.<br />
20