TEPCO transfers some fuel from Fukushima plant No. 3 unit pool
This photo taken from a Kyodo News helicopter shows a trailer (bottom center) thought to be carrying nuclear fuel from one of the reactor buildings at the Fukushima Daiichi Nuclear Power Plant.
April 23, 2019
FUKUSHIMA, Japan(Kyodo) — The operator of the crippled Fukushima Daiichi Nuclear Power Plant said Tuesday it has transferred some nuclear fuel from one of the reactor buildings damaged by hydrogen explosions in the 2011 disaster to another location for safer storage and management.
It was the first removal of such fuel from storage pools of the Nos. 1 to 3 units, which suffered meltdowns after losing power in the crisis triggered by a massive earthquake and tsunami.
Seven unspent fuel rod assemblies were transferred Tuesday to a common pool about 100 meters away, according to Tokyo Electric Power Company Holdings Inc.
The transfer of nuclear fuel, which emits high levels of radiation, from the No. 3 unit pool is expected to lower the risk of the decommissioning work. The utility began the process of removing fuel there on April 15.
At around 11:15 a.m. Tuesday, a trailer began relocating the fuel assemblies, placed in a cylinder-shaped cask, to the common pool. The task was completed in about 20 minutes, carried out by about a dozen workers donning protective gear.
Since the common pool undergoes regular checkups required by law, the fuel transfer will be suspended possibly until July, the operator said.
TEPCO aims to transfer all of the remaining 559 spent and unspent fuel assemblies in the No. 3 unit storage pool to the common pool by March 2021.
The fuel removal at the No. 3 unit was originally scheduled to start in late 2014, but was pushed back multiple times as high levels of radiation, among other factors, caused delays in preparation of fuel transfer.
In fiscal 2023, the utility aims to start the task of removing fuel at the storage pools of the Nos. 1-2 units and has been assessing their surroundings.
Even if the fuel removal work progresses smoothly, TEPCO still faces the biggest challenge involved in the decommissioning of the crippled plant — retrieval of melted fuel that has dripped down in the containment vessels — at the Nos. 1-3 units.
Despite WTO ruling Japan still insists on pushing its Fukushima seafood to South Korea
There is one word in Japanese to describe such disgusting behavior: “shitsukoi”
Like when one man insists on pushing himself on a woman who isn’t at all interested!
Japan asks S. Korea to lift Fukushima seafood ban despite WTO ruling
Members of a civic group celebrate in Seoul on April 12, 2019, after the World Trade Organization ruled the previous day in favor of the country’s ban on imports of some Japanese fishery products introduced in the wake of the 2011 Fukushima nuclear disaster, reversing an earlier decision against the restrictions.
April 23, 2019
TOKYO(Kyodo) — Japan on Tuesday urged South Korea to lift import restrictions on Japanese seafood introduced in the wake of the 2011 Fukushima nuclear disaster, even after the World Trade Organization ruled in favor of Seoul over the issue.
Kenji Kanasugi, head of the Japanese Foreign Ministry’s Asian and Oceanian Affairs Bureau, told his South Korean counterpart Kim Yong Kil in Tokyo that Japanese seafood is free of radioactive contamination and safe to eat, according to Japanese sources familiar with the matter.
During the talks, the South Korean Foreign Ministry insisted the restrictions are legitimate due to it wishing to prioritize the “health and safety” of the people.
Seoul imposed a ban on some types of seafood products from eight prefectures, including Aomori, Fukushima, and Chiba, in the wake of the 2011 reactor core meltdowns at the Fukushima Daiichi nuclear power plant triggered by a powerful earthquake and tsunami.
It expanded the ban in September 2013 to include all seafood products from the eight prefectures, and added a requirement that Japanese companies attach safety certificates when any traces of radiation are found in seafood from other regions.
In August 2015, Tokyo filed a complaint with the WTO against the restrictions, which it considers unfair discrimination, and an initial ruling by a dispute settlement panel sided with Japan. South Korea appealed the decision, however, and the WTO’s appellate body, the highest judicial entity of its dispute settlement mechanism, ultimately ruled in Seoul’s favor on April 11.
During Tuesday’s meeting, Kanasugi and Kim also made no progress towards a resolution in the dispute concerning recent South Korean top court rulings ordering Japanese companies to pay compensation for wartime forced labor.
Japan maintains that the issue has been resolved “finally and completely” under a 1965 accord between the two countries to settle property claims signed alongside the Japan-South Korea treaty that established diplomatic ties.
Kanasugi reiterated Japan’s call to open consultations between the governments based on the accord and asked South Korea to take measures to protect Japanese companies from facing any economic damage stemming from the rulings.
But Kim neither accepted nor refused the request, according to the sources.
Fukushima exports beef to the U.S. ?
I am sure that some of our american friends will be interested to know that there is not enough beef in the U.S., that U.S. needs to import Fukushima beef!!!
Fukushima agricultural exports bounce back from nuclear disaster to hit record high
Farmers harvest onions in Minamisoma, Fukushima Prefecture.
April 23, 2019
FUKUSHIMA – Exports of agricultural products produced in Fukushima Prefecture rose about 2 percent in fiscal 2018 to a record 217.8 tons, according to the prefectural government.
Fukushima’s agricultural exports suffered a long slump due to the 2011 nuclear crisis.
But exports hit a record high for the second straight year, backed by an expansion in rice exports to Malaysia in fiscal 2017 and in exports of Japanese pears and other items to Vietnam and Thailand in fiscal 2018.
In fiscal 2018, which ended last month, exports of peaches and Japanese persimmons were sluggish due in part to unfavorable weather.
Shipments of rice to Malaysia, at about 115 tons, led the total exports, as in fiscal 2017. Exports of apples to Thailand and beef to the United States also grew.
Following the disaster at the Fukushima No. 1 nuclear plant, the prefecture’s agricultural exports plunged due to import restrictions by countries concerned about radioactive contamination, falling to 2.4 tons in fiscal 2012.
The prefectural government has strengthened efforts to boost exports to Southeast Asian countries since the restrictions were scrapped.
In fiscal 2017, Fukushima’s agricultural exports came to 213.3 tons, exceeding the then-record of 152.9 tons in fiscal 2010, helped by about 101 tons of rice shipments to Malaysia.
Fukushima soccer facility, repurposed after 3/11 disaster, fully reopens
The madmen’s denial continues, pretending that it is all clean and safe. Like if nothing ever happened. Children’s future sacrificed in the name of politicians’ holy economics.
Children exercise at the J-Village national soccer training center in the town of Naraha, Fukushima Prefecture, on Saturday after it resumed full operations.
April 20, 2019
FUKUSHIMA – The J-Village national soccer training center in Fukushima Prefecture resumed full operation Saturday, eight years after it was converted into an operational base to cope with the nuclear disaster that hit the prefecture in 2011.
The facility, established in 1997, has already been selected as the starting point for the Japan leg of the 2020 Tokyo Olympic torch relay, a move aimed at highlighting the country’s efforts to recover from the devastating earthquake and tsunami on March 11, 2011, that triggered the meltdown at the Fukushima No. 1 nuclear plant.
The torch relay will start at the facility in March 2020.
Until March 2017, the training center was used as a logistics hub and a lodging facility for workers involved in the cleanup and other disaster response operations at the crippled facility located some 20 kilometers to the north. The operational base function has been moved to the power plant.
The training complex has been renovated, and an indoor practice field and hotel with conference rooms have been added.
A large part of the complex had already resumed operations by July 2018, with the exception of two playing fields.
Also on Saturday, East Japan Railway Co. opened a new station near the J-Village.
“I hope (the full reopening) will contribute to Fukushima’s revival,” said a 42-year-old woman arriving at the station on Saturday morning.
The woman, who lives in the prefecture, was planning to visit the J-Village site.
Ministry limits foreigners doing Fukushima cleanup
April 19, 2019
Japanese Justice Minister Takashi Yamashita has outlined a restriction pertaining to the country’s new visa program. He said foreign nationals won’t be allowed to work in Japan if their main task is to do decontamination work at the crippled Fukushima Daiichi nuclear power plant.
Yamashita’s remark on Friday follows the plant operator’s statement that it will accept foreign workers hired under the new visa program to help decommission the facility.
Tokyo Electric Power Company says that construction, industrial machinery and automobile maintenance will be relevant to the decommissioning. The utility told the contractors to make sure they hire foreign workers legally.
TEPCO also says it’s not aware of a shortage of workers in the decommissioning process, but that it is up to the contractors to decide whether to hire foreigners under the new visa category.
Yamashita said that the Justice Ministry and other relevant ministries will ensure that foreigners in the program are eligible for the jobs they are hired to do.
Yamashita said foreigners coming to work in the construction sector must not be hired if their main job is decontamination work.
Chief Cabinet Secretary Yoshihide Suga said the industry ministry will supervise TEPCO to make sure the utility’s operations are legal and that the plant’s reactors are decommissioned safely and stably.
A revised immigration law that took effect on April 1 allows foreign nationals with certain vocational skills to work in a range of sectors under a new visa category.
TEPCO plans to use new foreign workers at Fukushima plant
Rows of storage tanks hold radiation-contaminated water on the grounds of the Fukushima No. 1 nuclear power plant.
April 18, 2019
Tokyo Electric Power Co. plans to use the new visa program to deploy foreign workers to its crippled Fukushima No. 1 nuclear plant, sparking concerns that language barriers could cause safety hazards and accidents.
The specified skills visa program started in April to alleviate labor shortages in 14 different industrial sectors. TEPCO says it has long lacked enough workers for decommissioning work at the Fukushima nuclear plant.
At a March 28 meeting, the utility explained its plan to hire foreign workers to dozens of construction and other companies that have been contracted for decommissioning work.
TEPCO officials asked the companies to be aware that workers sent to radiation monitoring zones must wear dosimeters and receive special education about the dangers they will face.
The new work visa program requires the foreign workers to have a minimum level of Japanese language ability needed for daily life.
But TEPCO officials reminded the company representatives that Japanese language skills would be even more important at the Fukushima plant because of the need to accurately understand radiation levels and follow instructions by superiors and colleagues regarding work safety.
TEPCO officials said they would ask the contracting companies to check on the Japanese language skills of prospective foreign workers.
But at least one construction company has already decided not to hire any foreign workers.
“The work rules at the No. 1 plant are very complicated,” said a construction company employee who has worked at the Fukushima plant. “I am also worried about whether thorough education can be conducted on radiation matters. It would be frightening if an accident occurred due to a failure of communication.”
According to TEPCO officials, an average of about 4,000 people work at the nuclear plant each day, mostly in zones where radiation levels must be constantly monitored.
To stay within the legal limits on exposure levels, workers often have to be replaced, leading to difficulties for TEPCO in gathering the needed number of workers.
Between April 2018 and February this year, 11,109 people worked at the Fukushima plant. Of that number, 763 were found to have levels of radiation exposure between 10 and 20 millisieverts, while 888 had levels between 5 and 10 millisieverts.
The legal limit for radiation exposure for workers at nuclear plants is 50 millisieverts a year, and 100 millisieverts over a five-year period.
The Justice Ministry has disciplined companies that used technical intern trainees for decontamination work without adequately informing them of the dangers. The ministry has also clearly stated that such trainees are prohibited from doing decommissioning work at the Fukushima plant.
However, Justice Ministry officials told TEPCO that foreigners with the new visa status could work alongside Japanese staff at the nuclear plant.
Although their numbers are small, foreign workers and engineers have been accepted at the Fukushima plant. As of February, 29 foreigners had been registered as workers engaged in jobs that expose them to radiation.
A construction company official said such foreign workers were hired after their Japanese language ability was confirmed.
But concerns remains on whether the new foreign workers will be able to properly understand how much radiation exposure they have experienced.
“Even Japanese workers are not sure about how to apply for workers’ compensation due to radiation exposure,” said Minoru Ikeda, 66, who has published a book about his experiences in decommissioning work at the Fukushima plant until 2015. “The problem would only be exacerbated for foreign workers.”
Kazumi Takagi, a sociology professor at Gifu University, has conducted interviews with nuclear plant workers.
Noting the need for special protective gear to work at the Fukushima site, Takagi said: “Unless workers can instantly understand the language when minor mistakes or sudden problems occur, it could lead to a major accident. That, in turn, could cause major delays in the work.”
Japan Atomic Power considers launching unit that specializes in scrapping nuclear plants
The Tokai No. 2 plant (right) operated by Japan Atomic Power Co. in Ibaraki Prefecture, is seen in this photo taken last July.
April 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.
Removal of fuel in pool at Fukushima’s melted reactor begins
A Tokyo Electric Power Co. worker explains the operation at Unit 3 of Fukushima nuclear plant, in Okuma, Fukushima Prefecture, northeastern Japan Monday. April 15, 2019. The operator of the tsunami-wrecked 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.
April 15, 2019
The operator of the tsunami-wrecked Fukushima nuclear plant began removing fuel Monday from a cooling pool at one of three reactors that melted down in the 2011 disaster, a milestone in what will be a decades-long process to decommission the facility.
Tokyo Electric Power Co. said workers started removing the first of 566 used and unused fuel units stored in the pool at Unit 3. The fuel units in the pool 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 earthquake similar to the one that caused the 2011 tsunami.
TEPCO says the removal at Unit 3 will take two years, followed by the two other reactors, where about 1,000 fuel units remain in the storage pools.
Removing 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. 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 meltdowns, underscoring the difficulties that remain.
Workers are remotely operating a crane built underneath a jelly roll-shaped roof cover 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 carried out remotely from a control room about 500 meters (yards) away because of still-high radiation levels inside the reactor building that houses the pool.
“I believe everything is going well so far,” plant chief Tomohiko Isogai told Japanese public broadcaster NHK. “We will watch the progress at the site as we put safety first. Our goal is not to rush the process but to carefully proceed with the decommissioning work.”
About an hour after the work began Monday, the first fuel unit was safely stored inside the cask, TEPCO spokesman Takahiro Kimoto said. Monday’s operation was to end after a fourth unit is placed inside the cask, he said. No major damage was found on the fuel unit Monday, but plant officials will closely examine if there are any pinholes or other irregularities, Kimoto said.
The removal, however, raises a storage capacity concern at the plant because the common pool, where fuel from the Unit 3 pool heads to, already has 6,000 fuel units and is almost full. Kimoto said TEPCO has made room at the common pool for the incoming fuel by moving years-old and sufficiently cooled fuel into dry casks for safer, long-term storage, though further details are being worked out.
In 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. Removing fuel from the cooling pools will help free up space for the subsequent removal of the melted fuel, though details on how to gain access to it have yet to be decided.
Experts say the melted fuel in the three reactors amounts to more than 800 tons, an enormous amount that is more than six times that of the 1979 accident at Three Mile Island, where one reactor had a partial core melt.
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. Toshiba Corp.’s energy systems unit, which developed the robot, said the findings were key to determining the proper equipment and technologies needed to remove the melted fuel, the most challenging part of the decommissioning.
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.
Abe visits Fukushima Daiichi plant
During a visit Sunday, Prime Minister Shinzo Abe listens as technicians explain the current situation at the Fukushima No. 1 nuclear power plant in Okuma, Fukushima Prefecture.
April 14, 2019
Prime Minister Shinzo Abe says the government will continue the task of decommissioning the Fukushima Daiichi nuclear power plant. The nuclear accident at the plant in 2011 was triggered by an earthquake and tsunami that hit northeastern Japan.
Abe visited Fukushima Prefecture on Sunday to inspect the decommissioning work and the ongoing reconstruction of the prefecture.
He attended a ribbon-cutting ceremony for the opening of a new municipal office in the town of Okuma.
An evacuation order was lifted for two districts of Okuma on Wednesday. This was the first lifting of restrictions in a town hosting the plant.
Abe then visited the plant for the first time in five years and seven months.
He encouraged workers taking part in the decommissioning project, and handed them a letter of thanks.
Abe later told reporters that his cabinet ministers are united in reconstructing Fukushima Prefecture as well as northeastern Japan after the 2011 disaster. He said they have reconfirmed his administration’s basic policy that they are all reconstruction ministers.
He said that although the decommissioning work has been making steady progress, there are still many problems to cope with. These include the disposal of contaminated water accumulating in the plant compound. Abe said the project is facing a crucial moment. He said he plans to visit the prefecture again at the start of the torch relay for the 2020 Tokyo Olympics.
UK is stuck with 20 dead nuclear submarines – what to do with them?
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How do you scrap a nuclear submarine? https://www.chemistryworld.com/news/how-do-you-scrap-a-nuclear-submarine/3010405.article, The UK is facing a £7.5 billion bill to dismantle its 20 defunct vessels
What is a nuclear submarine?A ‘nuclear’ submarine can refer to a submarine that carries nuclear warheads, one that is powered using nuclear energy, or both. In the UK, the Vanguard, Astute and Trafalgar class submarines are all powered using a nuclear reactor, but only the four Vanguard class submarines carry nuclear warheads – Astute and Trafalgar submarines are ‘hunter-killers’ designed to sink other ships. The UK’s current fleet relies on a reactor typically seen in power stations across the world – the pressurised water reactor (PWR). These compact power plants produce vast amounts of heat through the splitting of uranium-235 (235U). This fissile isotope exists in very small quantities (less than 1%) in natural uranium, which mainly consists of uranium-238 (238U). To use it as fuel, the 235U is increased relative to the 238U in a process known as enrichment. In the PWR, waste fission products are made, such as caesium, xenon and krypton, as neutrons split the 235U fuel, with 238U also absorbing neutrons to form plutonium. These fission products can damage the ceramic fuel and reduce the reactor’s efficiency. The vessel that contains this whole process is also bombarded with high levels of radiation over its operational life. What happens to a nuclear submarine once it is removed from service?Once a nuclear-powered submarine is decommissioned, it is placed into long-term storage. Only after monitoring the vessel will engineers begin to defuel and dismantle it. However, over the past four decades, this second part hasn’t happened in the UK.
Since 1980, the UK Ministry of Defence has taken 20 nuclear-powered submarines out of service. Of these 20 subs, the UK has not fully disposed any of them and nine still contain highly radioactive nuclear fuel. The vessels have languished at dockyards in Plymouth and Rosyth.
This is not a sustainable solution, but it is in stark contrast with other countries’ past policies. During the Cold War, the Soviet Union dumped 19 ships containing nuclear waste in the Kara Sea, as well as 14 reactors and the K-27 nuclear submarine. With such vessels continuing to rust on the seabed, there are concerns these sites could harbour a potential environmental crisis. However, the subs stored in the UK are constantly monitored in a controlled environment. Although a far cry from the Arctic submarine graveyards, the UK fleet still lies exposed to salty water, with the vessels rusting in the dockyards.
Why are the submarines still in storage?It is an incredibly complex situation, but the government stopped defueling its disbanded fleet back in 2004. The UK’s nuclear regulator deemed that the facilities were not up to standards, and the UK has been working to improve them ever since. Mired in delays and inflating budgets, the defueling may not restart until 2023 – the original start date was 2012. Even when the subs are ready for their next voyage through the disposal process, it is a journey fraught with complexity.
What is the plan for the nuclear waste?Once defueling starts, the sub will be moved to a ‘reactor access house’ on rails. In this facility, engineers will remove the spent nuclear fuel from the sub, which contains various actinides and radionuclides. The fuel is highly radioactive and generates heat, so needs to be cooled in water before any further work can begin. To cool the fuel rods, the waste is sent to a specialised plant at Sellafield, where it is stored in vast water ponds. The water acts as both an efficient coolant and radiation barrier. Historically, this spent fuel would have then been recycled to form new nuclear fuel.
During reprocessing, the fissile uranium and plutonium is separated through solvent extraction, before converting the remaining liquid waste into a glass for long-term storage. However, it is now unclear whether this will still happen. It is more likely that the spent nuclear fuel will be stored indefinitely after cooling. The current UK strategy is to bury this waste in a highly-engineered geological disposal facility, which would see more than 650,000m3 of waste stored in an underground cavern, according to recent government estimates. But plans are still ongoing and a facility is yet to be built.
What happens to the submarine after defueling?After defueling, the sub will return to the ‘wet’ dock for another period of storage and monitoring. Following this, the submarine is dismantled. Components such as pipes and pumps exposed to radiation are taken away and the reactor vessel removed. However, engineers do not simply remove the reactor. In many countries, the reactor is lifted out with the two empty compartments either side of it and then sealed off to minimise the risk of exposure. After removing this ‘three-compartment unit’, the submarine is cast off for its final voyage to a commercial shipyard for recycling. But it will be a costly endeavour. The UK may face costs of up to £7.5bn if it wants to take the entire fleet through this voyage of defueling and disposal. It remains unclear whether the plans will stay on course, but the defence department has committed to dismantling the fleet ‘as soon as reasonably practicable’.
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In Ratnagiri’s Jaitapur, Fishermen Vehemently Oppose Nuclear Plant.
In Ratnagiri’s Jaitapur, Fishermen Vehemently Oppose Nuclear Plant. The Wire, 22 Apr 19
In Maharashtra’s Ratnagiri, the Sadak se Sansad team finds out why farmers are opposing the world’s largest nuclear power plant. In this special story from the Ratnagiri Lok Sabha constituency in Maharashtra, we speak to fishermen who have been protesting against the Jaitapur nuclear power project for over a decade. They say that the project will adversely affect their ecology and threaten their livelihoods. If completed, the plant will be the largest nuclear power generating station in the world. https://thewire.in/video/watch-in-ratnagiris-jaitapur-fishermen-vehemently-oppose-nuclear-plant
Nuclear reactors at risk from flooding due to climate change
Flooding linked to climate change puts beaches, nuclear plants at risk https://www.axios.com/climate-change-flooding-waikiki-beach-nuclear-plants-f2c4da7b-0155-4749-a47d-2e606066ee52.html 22 Apr 19, An increasing risk of flooding across the U.S. from climate change has caused lawmakers — from Hawaii to the East Coast — to consider new measures to protect at-risk areas.
The big picture: The risks span from the nation’s natural jewels to some of its most important infrastructure. Rising sea levels mean that Hawaii’s Waikiki Beach could be underwater within the next 15 to 20 years — and an increasing number of U.S. nuclear plants were never designed to handle the flood risk from climate change.
- State lawmakers are considering spending millions for a coastline protection program aimed at defending the city from regular tidal inundations, AP reports.
- 54 of the 60 nuclear plants in the U.S. aren’t prepared for the flood risks expected due to climate change “Nineteen face three or more threats that they weren’t designed to handle,” Bloomberg reports.
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
Local residents still waiting for old Santa Susana Field Laboratory to be cleaned up
As hikers head to Santa Susana Field Lab, residents rally for a cleanup , Daily News, By OLGA GRIGORYANTS | ogrigoryants@scng.com | Los Angeles Daily News April 19, 2019 An Earth Day nature walk sponsored by Boeing Co. near the old Santa Susana Field Laboratory is drawing the scorn of local residents, who say the walk is part of an effort to gloss over the lack of a cleanup in the area after years of Cold War contamination from the rocket engine testing.
The walk includes a tour of the former field laboratory and the landscape around it in a region that includes massive sandstone rock formations, expansive views and oak trees nestled in the hills above the west edge of the San Fernando Valley……
a group of residents and activists plan to show up in the area Saturday to continue efforts calling for a long-promised clean up of contamination at the site that dates back to the Cold War, and to research and testing on the Mercury and Apollo missions. ….
The lab appeared on the map in the 1940s, and about two decades later it became the site of a partial meltdown accident that left the area polluted with radioactive and chemical contamination.
The United States Department of Energy and NASA signed an agreement in 2010, promising to remove all contamination from the site by 2017. The state’s Department of Toxic Substance Control, or DTSC, asked Boeing, which owns a portion of the area, to commit to its own cleanup. https://www.dailynews.com/2019/04/19/as-hikers-head-to-santa-susana-field-lab-residents-rally-for-a-cleanup/
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