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Iran has also been building a 40 MW heavy water-moderated reactor at Arak fuelled by natural uranium. It is declared as being to replace the old Teheran reactor for production of radioisotopes.
In May 2007 the AEOI said it was planning to build an indigenous 360 MWe light water reactor at Darkhowin/Darkhovain on the Karun River in Khuzestan province
n June 2010 the AEOI announced that it planned to build four new research reactors for production of medical isotopes, including a 20 MW one to replace TRR when its operational life finishes in 15 years.
In May 2014 the AEOI announced plans for a 10 MW light water research reactor at Shiraz to produce medical and industrial radioisotopes.
In February 2016 the AEOI agreed to a project with Hungary to design and develop a 25 MWe reactor and another reactor of up to 100 MWe, which could be sold across Asia and Africa while being built in Iran.
http://www.world-nuclear.org/information-library/country-profiles/countries-g-n/iran.aspx
IR-40 will be enough to power a nuclear submarine..
In May 2007 the AEOI said it was planning to build an indigenous 360 MWe light water reactor at Darkhowin/Darkhovain on the Karun River in Khuzestan province
n June 2010 the AEOI announced that it planned to build four new research reactors for production of medical isotopes, including a 20 MW one to replace TRR when its operational life finishes in 15 years.
In May 2014 the AEOI announced plans for a 10 MW light water research reactor at Shiraz to produce medical and industrial radioisotopes.
In February 2016 the AEOI agreed to a project with Hungary to design and develop a 25 MWe reactor and another reactor of up to 100 MWe, which could be sold across Asia and Africa while being built in Iran.
http://www.world-nuclear.org/information-library/country-profiles/countries-g-n/iran.aspx
IR-40 will be enough to power a nuclear submarine..