PM Narendra Mo di , at election rallies, repeatedly boasts of India’s nuclear weapons
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At Indian General Election Rallies, Modi Beats the Nuclear Drums
The Indian prime minister touts New Delhi’s nuclear capabilities. The Diplomat |
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Problems and many outages at India’s Kudankulam nuclear power plant
Frequent outages at Kudankulam plant unusual, trying to fix it: Dept of Atomic Energy
This is the first acknowledgement from a government authority and comes months after the issue of frequent power outages was flagged by Poovulagin Nanbargal. The NEWS Minute, TNM Staff
Japan Atomic Power looks to big business cleaning up dead nuclear plants
Japan Atomic Power considers launching unit that specializes in scrapping nuclear plants https://www.japantimes.co.jp/news/2019/04/16/national/japan-atomic-power-considers-launching-unit-specializes-scrapping-nuclear-plants/#.XLzjyDAzbGg KYODO, APR 16, 2019
Japan Atomic Power Co. is considering setting up a subsidiary specializing in the scrapping of retired nuclear reactors at domestic power plants, sources close to the matter said Tuesday.
Japan Atomic Power, a wholesaler of electricity generated at its nuclear plants, is planning to have U.S. nuclear waste firm EnergySolutions Inc. invest in the reactor decommissioning service unit, which would be the first of its kind in Japan, the sources said.
The Tokyo-based electricity wholesaler, whose shareholders are major domestic power companies, will make a final decision by the end of this year, they said.
The plan is to support power companies’ scrapping of retired reactors using Japan Atomic Power’s expertise in decontaminating and dismantling work, in which it has been engaged in since before the 2011 nuclear disaster at Tokyo Electric Power Company Holdings Inc.’s Fukushima No. 1 complex, according to the sources.
The plan comes as a series of nuclear reactor decommissioning is expected at power companies in the country. Since stringent safety rules were introduced after the Fukushima disaster, 11 reactors, excluding those at the two Fukushima plants of Tepco, are slated to be scrapped.
Nuclear reactors are allowed to run for 40 years in Japan. Their operation can be extended for 20 years, but operators will need costly safety enhancement measures to clear the Nuclear Regulation Authority’s screening.
Decommissioning a reactor with an output capacity of 1 million kilowatts is said to take about 30 years and cost around ¥50 billion. Typically, some 500,000 tons of waste result from scrapping such a reactor, and 2 percent of the waste is radioactive.
Japan Atomic Power first engaged in decommissioning a commercial reactor in 2001 at its Tokai plant in eastern Japan. It has been conducting decommissioning work at its Tsuruga nuclear power plant in western Japan since 2017.
It is also providing support to Tepco for the decommissioning of reactors at the Fukushima No. 1 plant.
EnergySolutions, founded in 2006, has engaged in scrapping five reactors in the United States.
Japan Atomic Energy and EnergySolutions have had previous business ties, and the Japanese company has sent some employees to the Zion nuclear station in Illinois, where the U.S. partner has been conducting decommissioning work since 2010.
Dangerous electioneering: India’s Modi ramps up the nuclear weapons rhetoric

Express Tribune 19th April 2019 During an election rally on April 14, Prime Minister Narendra Modi claimed
that he had called Pakistan’s nuclear “bluff” by carrying out air
strikes within Pakistan. In his exact words, Modi boasted, “Pakistan has
threatened us with nuclear, nuclear, nuclear” and then he asked
rhetorically, “Did we deflate their nuclear threat or not?”
Of course, Modi’s supporters raised chants in an expression of their approval.
Perhaps this was merely a case of aggressive electioneering in which Modi
has focused on national security as the main theme. But such claims have
also been made by several Indian policymakers and defence analysts after
the recent Pulwama crisis which demonstrates that there is a wider
acceptance for such views. In reality this is a dangerous delusion.
https://tribune.com.pk/story/1953964/6-indias-dangerous-delusions/
Australian rare earths company Lynas in a pickle over its radioactive wastes in Malaysia
Record result but still no breathing space for Lynas, The Age, Colin Kruger, April 20, 2019
It should have been a great week for Lynas Corp….. Despite soft prices in the rare earths market – and a forced shutdown of its operations in Decemberdue to a local Malaysian government cap on its production limits – Lynas reported a 27 per cent jump in revenue to $101.3 million in the March quarter……
the company was still “seeking clarification” on comments earlier this month by Malaysian Prime Minister Mahathir Mohamad, which appeared to solve the problem of the licence pre-condition that Lynas says it cannot meet – removal of the radioactive waste by September 2.
Mahathir said Lynas – or any potential acquirer (without explicitly naming Lynas’ estranged suitor, Wesfarmers, whose $1.5 billion indicative offer for the group was rebuffed in March) – would be able to continue to operate in Malaysia if it agreed to extract the radioactive residue from its ore before it reached the country.
Despite two cabinet meetings since that announcement, Mahathir has failed to clarify his comments, or confirm whether it means Lynas might not need to move the existing mountain of radioactive waste that has been accumulating at its $1 billion, 100-hectare processing facility in Kuantan province.
The PM’s comments – which have mired Wesfarmers in controversy over what exactly its chief executive, Rob Scott, said to Mahathir in a meeting ahead of this statement – hinted at a path Lynas could have taken instead of processing its ore in Malaysia.
Crown jewel
Lynas’ crown jewel is its world-class rare earths deposit in Mt Weld, Western Australia.
The eventual decision to set up its processing plant in Malaysia meant Lynas also exported the controversy over what happens to the toxic waste produced by the extraction process. And as the water-leached purification (WLP) residue – which contains low-level radioactive waste – has accumulated since production started in 2013, so has the push-back.
It reached its nadir in December last year when the Malaysian government made the export of the radioactive waste a pre-condition of its licence being renewed beyond September.
The Malaysian PM would be well aware that the implications of closing the rare earth processing plant extend well beyond Malaysia and Australia.
Global implications
There are significant global concerns about the fact that China dominates the supply of rare earths – a group of 17 elements crucial to the manufacture of hi-tech products like digital cars, smart phones and wind turbines.
Lynas is the only significant miner and processor of rare earths outside China.
Not that this means anything in Malaysia, where there has been no end to the negative news that has dogged the Lynas operations since it set foot in the country.
Lynas was just this week forced to deny fresh allegations it had breached Malaysian environmental regulations by storing more than 1.5 million tonnes of waste on-site for years. The worry for Lynas is that the latest complaint, by Malaysian MP Lee Chean Ching, related to the 1.13 million tonnes of non-toxic waste produced by its operations, not the 450,000 tonnes of radioactive waste.
The Sydney Morning Herald and The Age also revealed this week that Lynas was warned in a confidential 2011 report, by crisis management group Futureye, that there was an “urgent need” for it to win the local community’s support.
The report presciently warned that its operations in the country could be jeopardised if it did not change the way it dealt with environmental concerns and the government. ….
Concerns pre-date Lynas
Malaysian concerns around rare earth processing pre-date Lynas.
India’s Prime MinisterModi boasts of India’s nuclear arsenal
India’s nuclear weapons not for Diwali — Modi, PM accuses Congress party of losing the upper hand after the 1971 war with Pakistan
China keen to sell nuclear reactor to Bangladesh – an inflated and costly project
Two Chinese companies — Dongfang Electric Corporation and China State Construction Engineering Corporation — have already lobbied the Bangladesh Atomic Energy Commission to win the deal, officials said. …….The officials said that some other Chinese companies, including Guangdong Nuclear Power Group, were making queries about the second nuclear power plant, site of which was likely to be selected in June 2019.
Science and technology secretary Anwar Hossain said that they were considering extending the duration of the site selection programme by six months.
Since the government hardly maintains transparency in the energy related projects, many Chinese companies are active to win projects through the ‘backdoor’, he noted.
Hazardous removal of spent fuel rods is just one step in the Fukushima nuclear clean-up
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Nuclear fuel removal is small step in cleanup at Fukushima http://www.asahi.com/ajw/articles/AJ201904190031.htmlApril 19, 2019 Tokyo Electric Power Co., the operator of the crippled Fukushima No. 1 nuclear power plant, has started removing radioactive fuel rods from the fuel storage pool for one of the three reactors that melted down in the 2011 nuclear disaster.Massive amounts of melted nuclear fuel debris remain in the cores or containment vessels of the No. 1 to No. 3 reactors, which melted down. In addition, many fuel rods, batched into assemblies, are stored in storage pools within the reactor buildings.
These pools could be seriously damaged if the plant is hit by another big earthquake or tsunami. Moving spent fuel from these pools to the safe common pool within the premises is an important step to preventing accidents and ensuring steady progress in the process of decommissioning the reactors. All the 1,535 nuclear fuel assemblies that were in the No. 4 reactor building, which did not melt down because it was shut down at the time of the accident, were removed by the end of 2014. Since workers could enter the building, the operation was conducted in a normal manner. By contrast, areas around the fuel storage pool for the No. 3 reactor remain inaccessible due to high levels of radiation. The situation requires the removal operation to be remotely conducted from a control room about 500 meters from the No. 3 reactor building. The work involves putting nuclear fuel assemblies into special containers under water and lifting them up with a crane and putting them down onto the ground for transportation to the common pool. This is a tricky and risky mission that has to be carried out with great care and caution by using a monitor. Initially, the process of removing the fuel rods from the storage pool for the No. 3 reactor was scheduled to start at the end of 2014. But it has been repeatedly postponed due to technical mishaps and other reasons. It was finally started after a delay of more than four years. The plant operator, known as TEPCO, plans to relocate all 566 nuclear fuel assemblies that have been kept in the storage pool in the No. 3 reactor building by the end of March 2021. To reduce the risks posed to the process by possible earthquakes and tsunami, it is desirable to carry out the work quickly. But making undue haste could cause problems and accidents that disrupt the process. Meeting the schedule should not be the top priority. Experience and expertise to be accumulated through the work with the No. 3 reactor will come in handy for the same fuel removal work with the Nos. 1 and 2 reactors, which could be initiated as early as in fiscal 2023, which starts in April 2023. The other two reactors, however, will pose even tougher challenges. The debris situation of the No. 1 reactor building is worse, while radiation levels within the No. 2 reactor building are higher. It is vital to obtain sufficient experience and know-how through the process of removing fuel rods from the No. 3 reactor. TEPCO needs to ensure steady progress in the process through effective and close information sharing with related manufacturers and other actors involved. No decision has yet been made as to what to do with the spent fuel after being transferred to the common pool. This is a complicated and knotty issue that does not lend itself to an easy, quick solution, just like the problem of a rapidly increasing amount of radiation-contaminated water the plant is generating as the reactors are being flooded to cool the melted fuel debris and underground water keeps flowing in the reactor buildings. In 2021, the utility plans to launch the even more challenging mission of removing melted fuel debris from one of the three reactors. Prime Minister Shinzo Abe recently visited the Fukushima No. 1 nuclear plant for the first time in five years and promised the government’s committed leadership for the efforts to decommission the reactors and deal with polluted water. The Abe administration should provide really strong and effective leadership for the long, grueling process in line with the prime minister’s pledge. Both the government and TEPCO have a duty to move the decommissioning process steadily forward while winning support from the local communities through sincere and serious dialogue. |
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Japan has a new kind of visa to lure foreign blue collar workers for Fukushima clean-up
Japan Aims to Hire Foreigners for Nuclear Cleanup
The country’s largest utility is working to decommission the Fukushima plant amid radiation risks at the site of the 2011 disaster, WSJ , By Mayumi Negishi and Chieko Tsuneoka, April 18, 2019 TOKYO—Japan’s largest utility is looking to foreign blue-collar workers to help decommission its Fukushima Daiichi nuclear-power plant amid a labor shortage exacerbated by radiation risks at the site of the 2011 nuclear disaster.
Tokyo Electric Power Co., or Tepco, said Thursday it has informed dozens of contractors that foreigners could qualify for a new type of visa that allows manual workers to stay in the country for five years. Workers who enter areas with elevated radiation would need sufficient Japanese-language skills...(subscribers only) https://www.wsj.com/articles/japan-aims-to-hire-foreigners-for-nuclear-clean-up-11555595613
Nuclear plant operators must pay price for missing deadline
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Asai Shimbun, April 20, 2019 Recent announcements by three electric utilities that they will miss the deadline for taking legally required anti-terrorism measures for their nuclear power plants raises serious questions about their commitment to nuclear safety.Kansai Electric Power Co., Kyushu Electric Power Co. and Shikoku Electric Power Co. said on April 17 that they will miss the deadline for completing the facilities to respond to emergencies triggered by terrorist attacks against their reactors. The reactors include ones that have been restarted after being shut down following the 2011 Fukushima nuclear disaster.
The companies have asked the Nuclear Regulation Authority to extend the deadline. The facilities in question are supposed to be at the forefront of efforts to prevent severe nuclear accidents in the event their reactors come under terrorist attacks using aircraft. The utilities should not be permitted to continue their operations until this crucial safety aspect is fixed. We call on the nuclear safety watchdog to take a firm stand toward their request. Nuclear plant operators are required to erect anti-terrorism facilities under new nuclear safety standards that took effect in 2013. The regulations are modeled on measures to deal with the risk of terror attacks against nuclear plants worked out by the U.S. Nuclear Regulatory Commission following the Sept. 11 attacks against the United States in 2001. The principal objective of the measures is to prevent the kind of nuclear meltdowns that occurred at the Fukushima No. 1 nuclear power plant in 2011 even if the control room is destroyed by an aerial terror attack…….. http://www.asahi.com/ajw/articles/AJ201904200025.html |
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Japan’s massive task to clean up nuclear fuel pools of Fukushima stricken reactors
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Japan begins massive nuclear pool clean-up after Fukushima disaster, https://www.abc.net.au/news/2019-04-15/japan-taking-nuclear-fuel-rods-from-fukushima-reactor/11009422 The operator of the tsunami-wrecked Fukushima nuclear plant has begun removing fuel from a cooling pool at one of three reactors that melted down in the 2011 disaster, a milestone in the decades-long process to decommission the plant.
Key points:
The process involves taking out spent nuclear fuel rods by using remote-controlled cranes to lift hundreds of radioactive cylinders from a highly contaminated reactor site. Tokyo Electric Power Co (TEPCO) said on Monday that workers started removing the first of 566 used and unused fuel units stored in the pool at Unit 3. The fuel units in the pools located high up in reactor buildings are intact despite the disaster, but the pools are not enclosed, so removing the units to safer ground is crucial to avoid disaster in case of another major quake. “The work is expected to be completed in March 2021, but safety is our first priority,” spokesman Joji Hara said. TEPCO says the removal at Unit 3 would take two years, followed by the two other reactors, where about 1,000 fuel units remain in the storage pools. If the rods are exposed to air or if they break, radioactive gases could be released into the atmosphere. The 2011 disaster forced 160,000 people to evacuate areas near the Fukushima plant, and many of them have never returned to the most contaminated areas. Obstacles to removing melted fuelRemoving fuel units from the cooling pools comes ahead of the real challenge of removing melted fuel from inside the reactors, but details of how that might be done are still largely unknown. Experts say the melted fuel in the three reactors amounts to more than 800 tons. Removing the fuel in the cooling pools was delayed more than four years by mishaps, high radiation and radioactive debris from an explosion that occurred at the time of the reactor meltdown. Workers are remotely operating a crane to raise the fuel from a storage rack in the pool and place it into a protective cask. The whole process occurs underwater to prevent radiation leaks. Each cask will be filled with seven fuel units, then lifted from the pool and lowered to a truck that will transport the cask to a safer cooling pool elsewhere at the plant. The work is directed remotely from a control room about 500 metres away because of still-high radiation levels inside the reactor building that houses the pool. Robotic removalIn 2014, TEPCO safely removed all 1,535 fuel units from the storage pool at a fourth reactor that was idle and had no fuel inside its core when the March 11, 2011, earthquake and tsunami occurred. Robotic probes have photographed and detected traces of damaged nuclear fuel in the three reactors that had meltdowns, but the exact location and other details of the melted fuel are largely unknown. In February, a remote-controlled robot with tongs removed pebbles of nuclear debris from the Unit 2 reactor but was unable to remove larger chunks, indicating a robot would need to be developed that can break the chunks into smaller pieces. TEPCO and government officials plan to determine methods for removing the melted fuel from each of the three damaged reactors later this year so they can begin the process in 2021. |
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Japan’s plutonium surplus, its history, and its danger
Japan’s Plutonium Overhang, Wilson Center, Nuclear Proliferation International History Project Jun 7, 2017 By William Burr Plutonium, a key element of nuclear weapons, has been an issue in U.S.-Japan relations for decades. During the administration of Jimmy Carter, the Japanese government pressed Washington for permission to process spent reactor fuel of U.S. origin so that the resulting plutonium could be used for experiments with fast breeder nuclear reactors. The government of Japan wanted to develop a “plutonium economy,” but U.S. government officials worried about the consequences of building plants to reprocess reactor fuel. According to a memo by National Security Council staffer Gerald Oplinger, published for the first time by the National Security Archive and the Nuclear Proliferation International History Project, the “projected plants would more than swamp the projected plutonium needs of all the breeder R&D programs in the world.” That “will produce a vast surplus of pure, weapons grade plutonium … which would constitute a danger in itself.” Indeed, as a result of reprocessing activities since then, Japan possesses 48 tons of plutonium and could be producing more, with no clearly defined use, when a new reprocessing facility goes on line in 2018………
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- The risk of nuclear of proliferation was a significant element in Jimmy Carter’s presidential campaign, which raised questions about the hazards of nuclear energy and attacked the Ford administration for ignoring the “deadly threat posed by plutonium in the hands of terrorists.” Not long after his inauguration, Carter signed
Presidential Directive 8,-which declared that “U.S. non-proliferation policy shall be directed at preventing the development and use of sensitive nuclear power technologies which involve direct access to plutonium, highly enriched uranium, or other weapons useable material in non-nuclear weapons states, and at minimizing the global accumulation of these materials.”
When NSC staffer Gerald Oplinger wrote that the plutonium surplus would constitute a “danger in itself,” he probably assumed an environmental hazard and possibly a proliferation risk and vulnerability to terrorism. He did not mention the latter risks, although the reference to surpluses of “weapons grade” material evoked such concerns. While Japanese reprocessing plants would be producing reactor-grade plutonium, it nevertheless has significant weapons potential. On the question of Japan’s nuclear intentions, the documents from this period that have been seen by the editor are silent; it is not clear whether U.S. officials wondered whether elements of the government of Japan had a weapons option in the back of their mind. Any such U.S. speculation, however, would have had to take into account strong Japanese anti-nuclear sentiment, rooted in terrible historical experience, Japan’s membership in good standing in the nonproliferation community, and that since the days of Prime Minister Sato, the “three Nos” has been official national policy: no possession, no manufacture, and no allowing nuclear weapons on Japanese territory. According to a 1974 national intelligence estimate, Japan was keeping “open” the possibility of a nuclear weapons capability and had the resources to produce weapons in a few years, but the intelligence agencies were divided over the likelihood of such a development. The CIA, State Department intelligence, and Army intelligence saw such a course of action as highly unlikely without a collapse of U.S. security guarantee and the emergence of a significant threat to Japan’s security.
Sources for this posting include State Department FOIA releases as well as recently declassified records at the National Archives, including the records of Gerard C. Smith and Secretary of State Edmund Muskie. Many documents on Japan from the Smith files are awaiting declassification review.
Documents in this release:…..https://www.wilsoncenter.org/publication/japans-plutonium-overhang
China gambles on untested “Hualong One” nuclear reactor, and plans for international sales
China goes all-in on home grown tech in push for nuclear dominance, David Stanway, SHANGHAI (Reuters)17 Apr 19 – China plans to gamble on the bulk deployment of its untested “Hualong One” nuclear reactor, squeezing out foreign designs, as it resumes a long-delayed nuclear program aimed at meeting its clean energy goals, government and industry officials said.
China, the world’s biggest energy consumer, was once seen as a “shop window” for big nuclear developers to show off new technologies, with Beijing embarking on a program to build plants based on designs from France, the United States, Russia and Canada. But after years of construction delays, overseas models such as Westinghouse’s AP1000 and France’s “Evolutionary Pressurised Reactor” (EPR) are now set to lose out in favor of new localized technologies, industry experts and officials said. ……….Though China has yet to complete its first Hualong One, officials are confident it will not encounter the delays suffered by rivals, and say it can compete on safety and cost. Beijing has already decided to use the Hualong One for its first newly commissioned nuclear project in three years, set to begin construction later this year at Zhangzhou, a site originally earmarked for the AP1000. [nL3N2152KM] ……… EDF, France’s state-run utility, which helped build the EPR project at Taishan in Guangdong province, declined to comment. Westinghouse, now owned by Brookfield after entering bankruptcy restructuring, also did not respond to a request for comment. INTERNATIONAL AMBITIONSChina’s ambitions for the Hualong One extend overseas as well. The first foreign project using the reactor is under construction in Pakistan and the model is in the running for projects in Argentina and Britain……..https://www.reuters.com/article/us-china-nuclearpower-hualong/china-goes-all-in-on-home-grown-tech-in-push-for-nuclear-dominance-idUSKCN1RT0C0 |
50 countries ban Japanese seafoods from Fukushima region, South Korea will maintain the ban
Seoul Welcomes WTO’s Ruling on Fukushima Seafood Ban SEOUL, Apr. 12 (Korea Bizwire) — South Korea on Friday welcomed the World Trade Organization’s decision to rule in favor of Seoul’s import restrictions on Japanese seafood in the wake of the 2011 Fukushima nuclear disaster and said it would keep the ban in place going forward.The WTO appellate body overturned several points of the 2018 verdict earlier in the day, saying the Seoul government’s measures are not unfair trade restrictions and do not fall into the category of arbitrary discrimination.
The appellate body, however, sided with Japan on one point, saying that Seoul has not provided enough information to Tokyo in terms of the import ban measures.
“The government has been making all-out efforts to follow the principle of making the health and safety of the people a priority, and the government highly appraises the WTO’s decision,” the Ministry of Trade, Investment and Energy said in a statement.
The South Korean government said it hopes that there would be no further trade dispute with Japan.
In 2015, Japan officially lodged a complaint at the WTO to challenge South Korea’s import bans and additional testing requirements on fish caught after 2013. Tokyo argued that radioactive levels of its fishery product were lower than those from a number of other nations.
The WTO’s dispute settlement body ruled in favor of Japan in February 2018.
South Korea has been placing import restrictions on 28 kinds of fish caught from eight prefectures near Fukushima since the nuclear power plant accident.
The South Korean government said it will keep the existing import ban on all seafood from the eight prefectures. All Japanese seafood companies will be required to hand in safety certificates when any traces of radiation are found, it added.
About 50 countries have maintained bans on imports since the nuclear disaster, but Japan has complained to the WTO about only one country — South Korea.
“Currently, 19 more countries have implemented an import ban (on Japanese seafood) at different levels,” said Yoon Chang-yul, the head of the social policy coordination office under the Office for Government Policy Coordination……..http://koreabizwire.com/seoul-welcomes-wtos-ruling-on-fukushima-seafood-ban/135802
World Trade Organization approves South Korea’s right to ban Fukushima seafoods
SOUTH KOREA WTO APPEAL SUCCEEDS IN JAPANESE FUKUSHIMA FOOD DISPUTE, https://www.agriculture.com/markets/newswire/update-2-south-korea-wto-appeal-succeeds-in-japanese-fukushima-food-dispute GENEVA, April 11 (Reuters) – South Korea won the bulk of its appeal on Thursday in a dispute at the World Trade Organization over import bans and testing requirements it had imposed on Japanese seafood in the wake of the 2011 Fukushima nuclear disaster.
Last year a WTO dispute panel supported Japan, saying South Korea was wrong to keep its initial trade restrictions in place. But Thursday’s ruling overturned several key points of that verdict, saying South Korea’s measures were not overly restrictive and did not unfairly discriminate against Japan.
The appeal looked solely at the panel’s interpretation of the WTO rules, without going into the facts about the levels of contaminants in Japanese food products or what the right level of consumer protection should be.
“The South Korean government highly appreciates the WTO’s ruling and welcomes the decision,” South Korea’s Ministry of Trade, Industry and Energy said in a statement.
Following the ruling, South Korea’s current trade restrictions on Japanese seafood will stay in place, the ministry statement added.
South Korea widened its initial ban on Japanese fishery imports in 2013 to cover all seafood from eight Japanese prefectures including Fukushima.
Japan launched its trade complaint at the WTO in 2015, arguing that radioactive levels were safe and that a number of other nations, including the United States and Australia, had lifted or eased Fukushima-related restrictions.
South Korea imported 10.9 billion yen ($102 million) worth of Japanese seafood in the year to August 2013 before it broadened its restrictions. Those imports then fell to 8.4 billion yen the following year, according to the Japanese government. (Reporting by Tom Miles; additional reporting by Jane Chung in SEOUL; Editing by Keith Weir and Hugh Lawson)
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