Why the IAEA Would Yield to Iran on Inspecting the Parchin Weapons Site

LONDON -- It's hard to be certain, but it may be because the IAEA's track record under its previous head of safeguards, Olli Heinonen, is marred by the botched analysis of the Syrian site at Al Kibar. The Iranians may be insisting on carrying out the Parchin inspections themselves to make sure they, too, are not wrongly accused by the IAEA.
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PARCHIN, IRAN-NOVEMBER 7, 2012: This is a satellite image of the Parchin high explosive test site collected on November 7, 2012. (Photo DigitalGlobe via Getty Images)

LONDON -- According to a draft document seen by the Associated Press, it appears that Iranian technicians -- and not the International Atomic Energy Agency -- will be taking the lead in collecting samples from the Parchin military complex to check for the presence of any trace amounts of nuclear material. This is the site in Iran where conventional explosives testing possibly relevant to nuclear weapons research is alleged to have taken place more than a decade ago. Usually, IAEA staff would do the sampling themselves. So -- assuming the Associated Press story is true, and the draft document reflects the final agreed measures -- how come such a "managed-access" arrangement was granted to Iran this time? It's hard to be certain, but it may be because the IAEA's track record under its previous head of safeguards, Olli Heinonen, is marred by the botched analysis of the Syrian site at Al Kibar. The Iranians may be insisting on leading the Parchin inspections themselves to make sure they, too, are not wrongly accused by the IAEA. In any case, it is almost certain that the Associated Press is wrong to imply that IAEA inspectors will not accompany any Iranian technicians: in such managed access, IAEA inspectors either take the lead, or would closely oversee the Iranian technicians taking the samples -- and would likely collect background and control samples themselves. So what happened in Syria that could have triggered the extra cautious approach to inspections? An account included in an official IAEA report and not disputed by the agency says that, "the result of the analysis of one sample point[ed] to three uranium particles, whereas the results of four other samples taken from the same place within a 30 meter range contained no [man-made] uranium particles." As former U.K. Ambassador to the IAEA Peter Jenkins pointed out recently, improper methods appear to have been used to collect and process the samples from the Al Kibar site in Syria:

After the team had left the site and returned to their hotel, having taken several samples that Syria had authorized, [a] senior inspector bragged that he had taken an unauthorized 'swipe' of a surface in the men's room and had placed the swipe in one of his pockets.

On the team's return to IAEA headquarters, this unauthorized swipe was sent off for analysis by just one member state, not several states as is the norm -- a norm respected in the case of the other, authorized samples. Also ignored were IAEA protocols that stipulate that at least two inspectors should always be present when samples are taken, and that swipe materials should be taken from and placed back into clean receptacles, not from or into (possibly contaminated) inspector pockets. In addition, Syria was not informed of the unauthorized swipe and was not given a duplicate of this particular sample, contrary to normal practice.

When the samples came back from analysis, it was on the unauthorized swipe that aU [man-made, or anthropogenic Uranium] particles had been found. Natural uranium particles found in some authorized samples were not anthropogenic.

Another former IAEA inspector, Dr. Yousry Abushady, who reportedly resigned from the agency partly because of the Syria fiasco, also confirmed this version of events to colleagues. And Robert Kelley, yet another former IAEA inspector, has publicly joined Ambassador Jenkin's appeal that the Syria file be reviewed because of the multiple breaches of IAEA protocol, improper IAEA inspector conduct and the flawed logic of the subsequent analysis. If proper IAEA protocol had been followed, the analysis and conclusions would be valid -- but they, evidently, weren't. It's essentially an open secret among former IAEA inspectors that the Syria analysis was improperly manipulated under Olli Heinonen's stewardship of the safeguards department. Quite apart from the fact that it is a sensitive military site, this may be why the Iranians want to lead the Parchin swipe sampling themselves. Assuming that the IAEA has worked out a technically sound method of obtaining the samples, is there a reason for concern that the Iranians may be leading their own swipe sampling? After all, according to information reportedly leaked by some elements within the U.S. intelligence community, Iran may be attempting to "clean up the site ahead of planned inspections by the IAEA," by carrying out paving and construction at the site. If future IAEA inspections reveal nothing of concern at the site -- as past IAEA inspections there did -- does this mean Iran succeeded in this alleged sanitization? Or could it be that the IAEA is targeting the wrong building again -- like it appears to have done two times in 2005? Or would it simply mean there is no evidence to support the allegations? In a case like Parchin -- where the IAEA says there is a known building of interest -- sampling is best done indoors within that building using swipe samples. External (outdoors) sampling can complement this but is of less intrinsic interest. And, no, Tehran cannot sanitize the inside of buildings using paving or bulldozers outside the building. In any case, complete sanitization within buildings where work with nuclear materials has taken place is almost impossible to accomplish. The agency itself states:

Any nuclear process. . . will also produce particulate materials with particle dimensions in the 0.1 [to] 10 micrometer range. Such small particles are believed to be quite mobile and will travel several meters from their point of origin due to air currents or human activity. This mobility also makes it extremely difficult to clean up an area to such an extent that no particles remain available for swipe sampling.

So since the IAEA clearly approves of the managed-access methodology they've worked out with Iran, and assuming they are targeting the correct building -- and if nuclear materials were indeed used there more than a decade ago -- then, yes, the IAEA will be able to get a positive signal on the swipe samples. But if they have the wrong building or if, in fact, Iran did not use nuclear materials, then a negative finding would result. According to Tariq Rauf, former head of verification and security policy coordination at the IAEA, managed-access where Iranian technicians would do the physical sampling under the oversight of IAEA inspectors, ought not be a reason for concern. Incidentally, the IAEA has visited Parchin twice before and found nothing of concern, possibly because they were targeting the wrong building(s) before, or because there is no actual evidence of nuclear materials-related research at Parchin. The IAEA then stated:

The Agency was given free access to those buildings and their surroundings and was allowed to take environmental samples, the results of which did not indicate the presence of nuclear material, nor did the Agency see any relevant dual use equipment or materials in the locations visited.

Of course, if the IAEA happened to be targeting the wrong buildings before, it could also be targeting the wrong building(s) now. The intelligence the agency was/is relying on for its allegations appears to be not very solid. And the IAEA had the possibility to access the current building of interest in 2005 but did not go there then, by choice. According to Scott Peterson of the Christian Science Monitor:

At the time, it [Parchin] was divided into four geographical sectors by the Iranians. Using satellite and other data, inspectors were allowed by the Iranians to choose any sector, and then to visit any building inside that sector. Those 2005 inspections included more than five buildings each, and soil and environmental sampling. They yielded nothing suspicious, but did not include the building now of interest to the IAEA.

Olli Heinonen was also head of IAEA safeguards at that time and led those inspections. He described the methodology of choosing which buildings to inspect:

The selection [of target buildings] did not take place in advance, it took place just when we arrived, so all of Parchin was available. . . When we drove there and arrived, we told them which building.

In the final measure though, it's worth remembering that the interest in Parchin derives from decade-old allegations. And the quality of the intelligence on which these accusations are based is questionable. Mohamed Elbaradei, who was head of the IAEA when the Parchin and the "Alleged Studies" (now known as the "Possible Military Dimensions" or PMD) file first surfaced, had reservations about the quality of the intelligence involved, stating:

The IAEA is not making any judgment at all whether Iran even had weaponisation studies before [2003] because there is a major question of authenticity of the documents.

In any case, the alleged weapons research work dating from more than a decade ago is only of tangential importance to the nuclear deal, which focuses on restricting Iran's future nuclear work. And, certainly, the deal ought not be sacrificed over this marginal concern over half-baked decade-old allegations -- allegations that may well be false, according the former head of the IAEA. While the IAEA may be concerned about Iran, it seems the feeling is mutual. Given the IAEA's track-record in Syria, Iran may well be concerned that the IAEA cannot be trusted also. The IAEA must come clean about its past missteps in Syria and rebuild trust, and give assurances to the international community that future inspections will be done according to strict protocol. Hopefully, the much greater transparency gained under the nuclear agreement with Iran can serve to clear the air and rebuild trust between the IAEA and Iran. The views expressed here are Dr. Butt's and do not necessarily reflect those of the Council.

Earlier on WorldPost:

Iran's Nuclear Sites
Arak Heavy Water Facility(01 of12)
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Such reactors can run on non-enriched uranium as fuel and uses a molecular variant of water as a coolant. Heavy water reactors also produce more plutonium byproducts than conventional reactors. Plutonium can be used in nuclear weapons. Iran began work on its facility in 2004 in Arak, about 250 kilometers (150 miles) southwest of Tehran. U.N. nuclear inspectors have visited the site, but have been promised wider access under the latest accord between Iran and the U.N's International Atomic Energy Agency, or IAEA. The reactor is nearing completion, but no specific date has been announced to begin operations. Iran says the reactor will be used to produce isotopes for medical and industrial uses. The country also does not possess the technology needed to reprocess the plutonium byproducts for possible use in nuclear arms.Caption: Iran's heavy water nuclear facility near the central city of Arak is backdropped by mountains in this file photo dated Jan. 15, 2011. (AP Photo/ISNA, Hamid Foroutan, File) (credit:AP)
Nantanz Enrichment Site(02 of12)
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Iran has two main uranium enrichment facilities. The oldest and largest — in Natanz, about 260 kilometers (160 miles) southeast of Tehran — is largely built underground and is surrounded by anti-aircraft batteries. Uranium enrichment began in 2006. Caption: In this April 8, 2008 file photo provided by the Iranian President's Office, Iranian President Mahmoud Ahmadinejad, center, visits the Natanz Uranium Enrichment Facility some 200 miles (322 kilometers) south of the capital Tehran. (AP Photo/Iranian President's Office, File) (credit:AP)
Fordo Enrichment Site(03 of12)
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Another site is known as Fordo, which is built into a mountainside south of Tehran. Its construction was kept secret by Iran until it was disclosed in September 2009 in a pre-emptive move before its existence was revealed by Western intelligence agencies. The area is heavily protected by the Revolutionary Guard. U.N. nuclear inspectors have visited both sides and have installed round-the-clock monitoring systems.Caption: Iranian students form a human chain during a protest to defend their country's nuclear program outside the Fordo Uranium Conversion Facility in Qom, in the north of the country, on November 19, 2013. (CHAVOSH HOMAVANDI/AFP/Getty Images) (credit:Getty Images)
Bushehr Nuclear Reactor(04 of12)
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Iran's first energy-producing nuclear reactor, which began full operations in early 2013. U.N. inspectors frequently visit the site.Caption: In this Oct. 26, 2010 file photo, a worker rides a bicycle in front of the reactor building of the Bushehr nuclear power plant, just outside the southern city of Bushehr, Iran. (AP Photo/Mehr News Agency, Majid Asgaripour, File) (credit:AP)
Tehran Research Reactor(05 of12)
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The main research reactor is in Iran's capital, mainly involved in producing isotopes for cancer treatment. U.N. inspectors have access to the site.Caption: In this file photo taken on Saturday, June 21, 2003, the building of Tehran's nuclear research reactor is seen at the Iran's Atomic Energy Organization's headquarters, in Tehran, Iran. (AP Photo/Vahid Salemi, File) (credit:AP)
Planned(06 of12)
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Iranian officials have noted various plans for more reactors over the next 20 years, but no firm details have been released and progress is unclear. The most discussed proposal is an energy-producing reactor in Darkhovin, in the southwestern Khuzestan province, built entirely with domestic technology. Iran has pledged to give the IAEA a full accounting of its proposals.Caption: In this Wednesday Feb. 15, 2012 file photo, released by the Iranian President's Office, claims to show Iranian President Mahmoud Ahmadinejad, second left being escorted by technicians during a tour of Tehran's research reactor centre in northern Tehran, Iran. (AP Photo/Iranian President's Office, File) (credit:AP)
Saghand Mine(07 of12)
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Iran's main uranium mine, in the central province of Yazd. It is the country's principal source of uranium ore. Iran has granted U.N. inspectors access.Caption: In this photo released by an official website of the Iranian supreme leader's office on Wednesday, Nov. 20, 2013, Iran's Supreme Leader Ayatollah Ali Khamenei delivers a speech to members of the paramilitary Basij force at the Imam Khomeini Grand Mosque in Tehran, Iran. (AP Photo/Office of the Supreme Leader) (credit:AP)
Gachin Mine(08 of12)
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A smaller uranium mining site and processing facility near Bandar Abbas on the Persian Gulf. U.N. inspectors were promised access in the recent deal with the IAEA.Caption: A military truck carries a Sejil medium-range missile past portraits of the Islamic republic's supreme leader, Ayatollah Ali khamenei (R), and his predecessor, the late Ayatollah Ruhollah Khomeini (L), during an annual military parade which marks Iran's eight-year war with Iraq, in the capital Tehran, on September 22, 2013. (ATTA KENARE/AFP/Getty Images) (credit:Getty Images)
Ardakan Plant(09 of12)
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A planned plant for processing uranium ore into yellowcake, a uranium concentrate that is the basic feedstock in the steps to make nuclear fuel. The plant, about 500 kilometers (300 miles) southeast of Tehran, is not yet in operation. The other site, Gachin, has produced small amounts of yellowcake since 2006.Caption: In this picture taken on Friday, Nov. 2, 2012, Iranian school girls show their hands with writing in Persian in support supreme leader Ayatollah Ali Khamenei, denouncing the U.S. and one of them with word "Nuclear Scientist" in an annual state-backed rally in front of the former U.S. Embassy in Tehran, Iran, commemorating 33rd anniversary of the embassy takeover by militant students. (AP Photo/Vahid Salemi) (credit:AP)
Isfahan Conversion Facility(10 of12)
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A plant that reprocesses yellowcake into a gas, which is then fed into centrifuges for enrichment. A separate facility in Isfahan, about 250 kilometers (150 miles) south of Tehran, produces non-enriched fuel for the planned Arak reactor.Caption: In this Feb. 2007 file photo, an Iranian technician walks through the Uranium Conversion Facility just outside the city of Isfahan 255 miles (410 kilometers) south of the capital Tehran, Iran. (AP Photo/Vahid Salemi, File) (credit:AP)
Planned(11 of12)
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Iran claims it seeks to build 10 new uranium enrichment sites, but details and timetables have not been made clear.Caption: Iranian President Hassan Rouhani addresses a high-level meeting on Nuclear Disarmament during the 68th United Nations General Assembly on Thursday Sept. 26, 2013 at U.N. headquarters. (AP Photo/Mike Segar,Pool) (credit:AP)
Disputed: Parchin Military Base(12 of12)
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The base, southeast of Tehran, is a hub for Iran's conventional munitions industry. The site has also been suspected of housing a secret underground facility used for blast tests related to potential nuclear triggers. Iran denies the claim. IAEA inspectors visited the site twice in 2005, but only examined one of four areas of potential interest. The U.N. nuclear chief, Yukiya Amano, said he hopes to raise the issue of a repeat inspection in future talks with Iranian officials.Caption: In this Friday, Aug. 13, 2004 satellite image provided by DigitalGlobe and the Institute for Science and International Security shows the military complex at Parchin, Iran, 30 kilometers (about 19 miles) southeast of Tehran. (AP Photo/DigitalGlobe - Institute for Science and International Security, File) (credit:AP)

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