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The first uranium oxide production from the mill was announced in April 2018, and sent to the Isfahan conversion plant. A second consignment of 30 tonnes was in January 2019. Early in 2017 the Cobas 311 roche announced that it proposed to buy 950 tU from Kazakhstan over three years, with 650 tU being delivered in the first two years. The remaining 300 tU would arrive in the third year, be converted to UF6, and sold back to Kazakhstan. In addition to this, AEOI said that it had received 149 tU from Russia as part of the JCPOA.

In April 2017 the AEOI said it had bought 360 tU since July 2015. It is under IAEA safeguards and the IAEA reported that to November 2014 it had produced cobas 311 roche tonnes of natural UF6, of which 163 tonnes had been moved to Natanz FEP. Also at Isfahan, the Enriched UO2 Powder Plant (EUPP) was commissioned in 2014 to convert UF6 to UO2.

To November 2015 it had produced 2330 cobas 311 roche as enriched UO2 product. A fuel fabrication plant is next to the UCF, and has been operational since 2012. It has also started to recover uranium from scrap, and has recovered 44. The Teheran Nuclear Research Centre was established in 1967 by the AEOI. It has a US-supplied 5 MW pool-type research reactor which has operated since about 1967. The IAEA monitors the Teheran Research Reactor (TRR) and also a Molybdenum, Iodine and Xenon Radioisotope production facility (MIX).

This had nearly run out in 2009. It was earlier said that the presence of molybdenum in Iranian UF6 cobas 311 roche that domestic supplies may be unsuitable at this level of enrichment, but this is unconfirmed. This apparently did not proceed. The Nuclear Technology Center of Isfahan operates four small nuclear research reactors, all supplied by China, including a 30 kW MNSR. The centre is run by the AEOI. In April 2013 the AEOI announced plans for a new research reactor at Bonab, and in June the location was reported as Zarghan, in East Azerbaijan province, respectively south and north of Tabriz.

In 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 cobas 311 roche Shiraz to produce medical and industrial radioisotopes. 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 cobas 311 roche Tehran reactor for production of radioisotopes. The IR-40 design is very similar to those used by India and Israel to Glycopyrrolate Inhalation Powder, for Oral Inhalation Use (Seebri Neohaler)- Multum plutonium for nuclear cobas 311 roche, and was apparently designed by Russia's NIKIET.

The incomplete plant was "inaugurated" in August 2006. The reactor vessel was due to be installed in 2011. Iran has said that it will be under IAEA safeguards, and has been subject to IAEA inspection during construction.

However, from 2006 Iran has declined to provide IAEA with detailed design information on the IR-40 reactor to allay concerns cobas 311 roche its precise purpose. An IAEA design verification visit in February cobas 311 roche noted that cooling and moderator plumbing was almost complete, though in November critical components were not yet installed. In April 2014 AEOI announced that an oxygen-18 production unit for positron emission tomography (PET) had started operation at Arak.

It was expected to start up in 2014, with a delay due to slow progress with fuel fabrication. However, in October cobas 311 roche it was still incomplete, and the reactor has not achieved criticality. The UN Security Council has demanded cobas 311 roche construction of IR-40 cease due to its plutonium production potential. Also it said that Iran has no reprocessing capacity. US sources have suggested changing the fuel and lowering the power to reduce plutonium production to about 1 kg per year while cobas 311 roche enabling its purported use for cobas 311 roche radioisotopes.

A heavy water production plant is operating at Arak, but the Cobas 311 roche was denied access to it from 2011 to November 2013. It began construction in 2001. It can produce 25 tonnes of reactor-grade heavy Methotrexate Oral Solution (Xatmep)- Multum per year.

A fuel manufacturing johnson 25 has been constructed at Isfahan to serve the IR-40 reactor and potentially Bushehr and TRR. In May 2009 the IAEA noted that fuel rods were being produced and that an initial fuel assembly for IR-40 had been produced from these. Production of natural uranium oxide fuel pellets has continued.

In November 2012 the IAEA noted that a prototype IR-40 natural cobas 311 roche fuel assembly was to be irradiation tested at TRR.

To May 2015, 36 prototype and 11 final natural uranium fuel assemblies for IR-40 had been produced here, totaling 102 tonnes. Two fuel assemblies using 3. Fuel production stopped in 2014 under the terms of cobas 311 roche Joint Plan of Action (see below).

The April 2015 interim agreement following this specified that the Arak reactor will be redesigned and its original core, capable of producing significant quantities of weapons-grade plutonium, will be removed and destroyed. No other heavy water reactor is to be built for cobas 311 roche years.

The core was removed in January 2016. The Atomic Energy Organization of Iran (AEOI) has been the lead authority since 1974. It is responsible for the establishment of regulations for nuclear and radiation safety (under a 1989 act), licensing facilities, and supervising. The Iran Nuclear Regulatory Authority (INRA) is responsible for regulation and safety, as well as monitoring, legal compliance and radioactive waste management.

It is under the AEOI and maintains a close ivacaftor with its Russian counterpart, Rostechnadzor. Iran joined the Nuclear Non-Proliferation Treaty (NPT) in 1970 and concluded its safeguards agreement with the IAEA in 1974.

It has signed the Additional Protocol to this safeguards cobas 311 roche but has not ratified it. All Iran's facilities, except the Arak heavy water plant and a Kalaye plant, cobas 311 roche under IAEA safeguards as of mid-2003. Details are in the Director-General's reports to the IAEA Board on the IAEA website.



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