Negotiations over Iran\u2019s nuclear program have made countless headlines since 2013, when Tehran and six world powers reached an interim agreement on how to move forward. The country\u2019s enrichment capacity, heavy water reactors, and past weaponization activities have all been under close scrutiny by the international community and press. But little attention has been paid to a crucial part of the discussions: nuclear safety.<\/p>\n
Nuclear safety is about preventing and mitigating accidents, and making sure that nuclear facilities operate properly and don\u2019t pose a radiation hazard to people or places. It is not a sexy topic. But along with proliferation, it is one of the most pressing issues to consider in the context of any nuclear program. The world seems to only pay attention to nuclear safety when catastrophes occur, like those at the Chernobyl nuclear power plant in 1986 and the Fukushima Daiichi plant in 2011. But for Iran\u2019s neighbors, especially the Arab Gulf states, it\u2019s an important issue. The Middle East\u2019s only operating nuclear power plant, Bushehr, is located in Iran\u2019s south, close to the Persian Gulf. The rest of the eight reactors Tehran has planned will also be built in the area. This means that any safety breach would not only affect Iran\u2019s population, but also have cross-border implications.<\/p>\n
The Bushehr nuclear power plant<\/a> is particularly worrisome. Tehran began to build it before the 1979 Islamic Revolution, at a time when the country was working with a number of foreign suppliers. In 1974 the German Company Siemens (then KraftWerk) started building the first of two planned reactors. The project was halted in 1979, even though one reactor was almost complete. The revolution was followed by the 1980-1988 Iran-Iraq War, during which the Iraqi military bombed Bushehr. When Tehran decided to resume work on the plant in the 1980s, Siemens was no longer willing to play ball, mainly due to US pressure.<\/p>\n With most Western suppliers no longer willing to work with Iran on its nuclear program, in 1994 the Islamic Republic turned to Russia. What was originally a German design was modified to house a 1,000-megawatt electric Russian light water reactor called the Voda Voda Energo. The combination of 1970s German infrastructure with 1990s Russian technology in a seismic zone has led many, including Iran\u2019s Persian Gulf neighbors, to worry about safety.<\/p>\n This issue made headlines in 2013, when a 6.3 magnitude earthquake hit Bushehr<\/a>. While the original German structure was designed to withstand a magnitude 7.5 or 8 earthquake, Russian changes to the plant raise questions regarding its ability to do so. The Russians have said that Bushehr can withstand a magnitude 7 earthquake while being operated, or a magnitude 8 under shutdown, meaning when control rods have been inserted in order to stop the fission. Conflicting reports came out about the earthquake\u2019s impact. Some indicated that the Bushehr reactor had suffered damage<\/a>, while Tehran said there had been none.<\/p>\n Two years later, Iran and the world powers reached a framework agreement, and they are working towards a comprehensive deal under which Tehran would limit some aspects of its nuclear program for 10 to 15 years in exchange for sanctions relief. Nuclear safety is part of the talks: In their March 2015 joint statement<\/a>, Iranian Foreign Minister Javad Zarif and EU High Representative Federica Mogherini indicated that along with nuclear security (ensuring that fissile material and nuclear facilities are not sabotaged and don\u2019t fall into the wrong hands), safety would constitute an \u201cimportant area of cooperation.\u201d But details of this cooperation haven\u2019t been released, and negotiators\u2019 public statements have focused on proliferation concerns and economic sanctions.<\/p>\n To be sure, the primary aim of the talks lies in those two areas, but the safety issue can\u2019t be ignored. Though Tehran says its facilities meet the International Atomic Energy Agency\u2019s (IAEA) safety guidelines, there remains much room for improvement.<\/p>\n First, Tehran doesn\u2019t have an independent and impartial domestic regulatory authority that is separate from the Atomic Energy Organization of Iran, which is in charge of developing the country\u2019s nuclear infrastructure and technology. That\u2019s problematic because it indicates a lack of proper oversight.<\/p>\n Second, Tehran remains the only country operating a nuclear power plant that has not signed and ratified the Convention on Nuclear Safety<\/a>, even though the IAEA urged it to do so before Bushehr became operational.<\/p>\n Third, Iranian officials have said<\/a> that the IAEA monitors the country\u2019s nuclear power plant safety, but the agency has rejected the claims, noting that it is no more involved in monitoring the safety of facilities in Iran than it is in any other country. Ultimately, the IAEA treats states as responsible for their own nuclear safety. The Bushehr plant does conduct regular seismic checks and operational safety reviews, but Tehran should also request peer reviews from the IAEA\u2019s Integrated Regulatory Review Service. Peer reviews<\/a> suggest best practices and make recommendations on how to strengthen the effectiveness of the national regulatory infrastructure.<\/p>\n While the world is focused on the number of centrifuges Iran can keep, the timeframe a nuclear deal would cover, the Arak heavy water reactor<\/a>, and monitoring<\/a>, nuclear safety has gone virtually unnoticed. A single word in the Zarif-Mogherini joint statement tells us that it is being discussed. But it is an important issue with effects transcending Iran\u2019s borders, and it could be addressed easily, as nuclear safety is not politicized. Everyone agrees that it\u2019s a good idea. Any measures Tehran took would benefit the country\u2019s own population and environment, while also reassuring neighbors. In the negotiations, proliferation has understandably taken precedence. But there\u2019s no sense in waiting until the next Fukushima to make sure Iranian plants can withstand natural disaster.<\/p>\n _________________________________<\/p>\n Ariane Tabatabai is a visiting assistant professor in the Security Studies Program at the Georgetown University School of Foreign Service, and an associate in the Belfer Center’s International Security Program and Project on Managing the Atom at Harvard University.\u00a0Previously, she was a nonresident research associate with the James Martin Center for Nonproliferation Studies. She was a Stanton Nuclear Security Fellow at the Belfer Center in 2013 and 2014. Her work has appeared in the\u00a0<\/em>Financial Times, the\u00a0Boston Globe,\u00a0the\u00a0National Interest,\u00a0Haaretz,\u00a0and\u00a0<\/em>Al-Monitor,\u00a0among other publications.\u00a0She is a frequent media commentator on nuclear issues in English, French, and Persian, on such outlets as <\/em>NPR, the BBC, Al-Jazeera, and <\/em>France24.<\/em><\/p>\n