In the race for the atomic bomb in the lead up to World War II, the Allies had effectively secured most of the world
uranium ore deposits under their power.
Why hundreds of other
uranium ore deposits did not become natural reactors is a mystery.
First, Russia was unable to increase its domestic uranium production to meet its domestic reactor needs as Russia has been unable to increase production from either its primary
uranium ore deposits at Krasnokamensk in the Chita Region (see www.sric.org/mining/docs/Chitafin.php), or new deposits.
The data show that
uranium ore deposits yet to be mined contain more than 3,500,000 tonnes («tonnes,» or «metric tons,» weigh 1000 kilograms or 2200 pounds, 10 % more than a 2000 pound «ton») of uranium.
The element later turned up in
uranium ore deposits, where natural radioactivity can produce traces of plutonium.
Not exact matches
Conventional wisdom has told us that
uranium within
ore deposits is mostly found in the form of uraninite, a crystalline mineral.
Borch, working on an unrelated experiment studying the composition of
uranium at mined and unmined sites in Wyoming, surmised that this biogenic (of biological origin), non-crystalline
uranium might occur naturally within
ore deposits.
Known recoverable
uranium resources in unmined
ore deposits by country as of 2004 are shown in Table 1.
Russian UET resources with 311,000 tonnes of
uranium, as well as the remaining Russia «excess» HEU with 108,000 tonnes of
uranium, could continue to offset demand for primary
uranium from unmined
ore deposits, and could reduce the likelihood that new mines such as those proposed near Church Rock and Crownpoint in New Mexico would be mined in the future.