Diplomats: Iran to get natural uranium batch

Despite present restrictions on Iran’s enrichment program, the amount of natural uranium it receives is significant, as it could be kept in storage. 

Iran is to receive a huge shipment of natural uranium from Russia to compensate it for exporting tons of reactor coolant, diplomats say, in a move approved by the outgoing US administration and other governments seeking to keep Tehran committed to a controversial nuclear pact.

Two senior diplomats said the transfer, recently approved by the US and five other world powers that negotiated the nuclear deal with Iran, foresees delivery of 116 metric tons (nearly 130 tons) of natural uranium.

Uranium can be enriched to levels ranging from reactor fuel or medical and research purposes to the core of an atomic bomb. Iran says it has no interest in such weapons and its activities are being closely monitored under the nuclear pact to make sure they remain peaceful.

Tehran already got a similar amount of natural uranium in 2015 as part of negotiations leading up to the nuclear deal, in a swap for enriched uranium it sent to Russia. But the new shipment will be the first such consignment since the deal came into force a year ago.

The diplomats, whose main focus is Iran’s nuclear program, demanded anonymity Monday because they are not allowed to discuss the program’s confidential details.

They spoke ahead of a meeting this week in Vienna of representatives of Iran, the United States, Russia, China, Britain, France and Germany to review Iranian complaints that the US was reneging on sanctions relief pledges included in the nuclear deal.

Tehran Receiving too Many Concessions

The natural uranium agreement comes at a sensitive time. With the incoming US administration and many US lawmakers already skeptical of how effective the nuclear deal is in keeping Iran’s nuclear program peaceful over the long term, they might view it as further evidence that Tehran is being given too many concessions.

The diplomats said any natural uranium transferred to Iran after the deal came into effect would be under strict surveillance by the UN’s International Atomic Energy Agency (IAEA) for 25 years after implementation of the deal.

They said Tehran has not said what it would do with the uranium but could choose to store it or turn it into low-enriched uranium and then export it for use as reactor fuel.

Without confirming the reported agreement, US officials argued that such shipments would neither endanger nor violate the Iran nuclear deal.

State Department spokesman John Kirby told reporters there was no prohibition on such imports by Iran and noted natural uranium “cannot be used … for a weapon” in its original form.

White House spokesman Josh Earnest said such arrangements are “subject to the careful monitoring and inspections that are included in the deal to ensure that Iran is living up to the commitments that they made.”

A Significant Amount of Nuclear Material

Despite present restrictions on its enrichment program, however, the amount of natural uranium is significant should Iran decide to keep it in storage, considering its potential uses once some limits on Tehran’s nuclear activities start to expire in less than a decade.

David Albright, whose Institute of Science and International Security often briefs US lawmakers on Iran’s nuclear program, says the shipment could be enriched to enough weapons-grade uranium for more than 10 simple nuclear bombs, “depending on the efficiency of the enrichment process and the design of the nuclear weapon.”

The swap is in compensation for the approximately 40 metric tons (44 tons) of heavy water exported by Iran to Russia since the nuclear agreement went into effect, said an official from one of the six powers, who also demanded anonymity citing confidentiality issues. Another 30 metric tons have gone to the US and Oman.

Heavy water is used to cool a type of reactor that produces more plutonium than reactors cooled by light water. Like enriched uranium, plutonium can be turned into the fissile core of a nuclear weapon.

By: AP