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The Fukushima nuclear disaster: Six years later
‘Special Report’ revisits the story for the ‘Whatever Happened To’ series.
- After a destructive earthquake and tsunami caused a Japanese power plant to release large amounts of radiation in 2011, storage tanks have been cooling its reactor cores with water.
- On Monday, Japan has begun conducting tests to ultimately discharge the radioactive wastewater into the sea.
- While Japan plans to gradually release diluted wastewater with large amounts of seawater to levels it says are safe, locals and neighboring countries are still heavily opposed to the plan.
The operator of the wrecked Fukushima nuclear plant began tests on Monday of newly constructed facilities for discharging treated radioactive wastewater into the sea, a plan strongly opposed by local fishing communities and neighboring countries.
The tests at the Fukushima Daiichi nuclear power plant use fresh water instead of the treated water, operator Tokyo Electric Power Company Holdings said.
Plant workers examined pumps and emergency shutdown equipment at the newly constructed seaside facility, which will dilute the treated water with large amounts of seawater. The diluted water then enters an undersea tunnel and is released into the ocean about 0.6 miles from the coast.
CHINA CONDEMNS JAPAN’S PLAN TO RELEASE FUKUSHIMA’S RADIOACTIVE WASTEWATER INTO THE SEA
The undersea tunnel and other key facilities are near completion. TEPCO says the voluntary tests are expected to continue for about two weeks ahead of mandatory pre-operation checks to be conducted by the Nuclear Regulation Authority, possibly in early July.
Japan’s government announced plans in April 2021 to gradually release the treated but still slightly radioactive water following its dilution to what it says are safe levels. Japanese officials say the water, currently stored in about a thousand tanks at the plant, needs to be removed to prevent accidental leaks in case of an earthquake and to make room for the plant’s decommissioning.
South Korean fishermen rally in Seoul on June 12, 2023, against the Japanese government’s decision to release treated radioactive water from the Fukushima nuclear power plant. (AP Photo/Ahn Young-joon)
The plan has faced fierce protests from local fishing communities concerned about safety and reputational damage. Nearby countries, including South Korea, China and Pacific Island nations, have also raised safety concerns. Japan’s government has set up a fund to promote Fukushima seafood and provide compensation in case sales fall due to safety concerns.
Fishing officials said they remain opposed to the plan when they met Industry Minister Yasutoshi Nishimura on Saturday when he visited Fukushima and the neighboring prefectures of Ibaraki and Miyagi.
“We stand by our opposition,” Tetsu Nozaki, head of the Fukushima prefectural fisheries association, told Nishimura. Nozaki, however, said the association supports progress in the plant’s decommissioning and hopes to continue the dialogue. “At the moment, our positions remain wide apart.”
FUKUSHIMA NUCLEAR PLANT RUNNING OUT OF SPACE FOR RADIOACTIVE WATER, TEPCO SAYS
Nishimura told reporters that he hopes to gain the understanding of fishing communities while working to prevent reputational damage.
In South Korea, fishermen staged a rally in front of the National Assembly in Seoul on Monday against the plan to release treated radioactive water.
Japanese officials say the diluted water will be released into the ocean over decades, making it harmless to people and marine life. Japan has sought support from the International Atomic Energy Agency to gain credibility and ensure safety measures meet international standards.
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Some scientists say the impact of long-term, low-dose exposure to radionuclides is unknown and the release should be delayed.
A massive March 11, 2011, earthquake and tsunami destroyed the Fukushima Daiichi nuclear plant’s cooling systems, causing three reactors to melt and releasing large amounts of radiation. The tanks storing the water used since the accident to cool the reactor cores will reach their capacity in early 2024.