Report: Nuclear material said stolen from Iran could yield 'dirty bomb'

The identity of the alleged thieves remains unknown, according to London-based Arabic newspaper.

Employees of the Research Institute for Protective Technologies, Nuclear, Biological and Chemical Protection (WIS) inspect a dummy sample which is contaminated with a substance similar to the chemical weapon Sarin. (photo credit: REUTERS)
Employees of the Research Institute for Protective Technologies, Nuclear, Biological and Chemical Protection (WIS) inspect a dummy sample which is contaminated with a substance similar to the chemical weapon Sarin.
(photo credit: REUTERS)
Radioactive material produced at Iran’s Bushehr Nuclear Plant has reportedly been stolen raising concerns about the use of a so-called dirty bomb in the future, according to London-based, Arabic language newspaper Asharq al-Awsat. The identity of the alleged thieves remains unknown.
The missing material, Iridium-192, was reported to the International Atomic Energy Agency by Iran’s nuclear regulatory body earlier this month, warning neighboring Gulf states of its possible nefarious use.
A dirty bomb, or radiological dispersion device, is a conventional weapon equipped with nuclear material. The idea behind a dirty bomb is to blast radioactive material, such as powder or pellets, into the area around the explosion.
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Citing Saudi intelligence sources, Asharq al-Awsat reported Friday that the Iridium- 192 was stolen as it was being transported from the Bushehr facility. The vehicle carrying the nuclear material was later found abandoned with its contents seized.
It remains unclear who stole the nuclear material and for what purpose.
The IAEA defines Iridium-192, a highly unstable isotope which emits both electrons and gamma-rays, as a category-2 radioactive substance. Substances with a category-2 classification can permanently injure or even kill a human being if exposed to the material within hours or days.
Iridium-192 is generally used for industrial reasons, utilized to locate flaws in metal components, despite the danger it poses to humans.
In July 2015, Iran and six world powers (Britain, China, France, Russia and the United States plus Germany) reached a nuclear deal over the country’s nuclear program.
The deal, which went into effect in January, requires Iran to scrap the bulk of its nuclear activities in return for the ease of international sanctions on the country’s energy and financial sectors. It allows regular inspections of the facilities inside Iran.
Earlier this month, the UN nuclear watchdog said Iran must stop repeatedly overstepping a limit on its stock of a sensitive material set by the landmark deal.
The IAEA, which is policing the deal, said in a report in early November that Iran had slightly exceeded the 130-metric ton soft limit on its stock of heavy water for a second time since the deal was put in place in January.
Reuters contributed to this report.