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Fukushima nuclear disaster: IAEA mission assesses radiation leaks, hydrogen explosions, spent fuel pools, seawater cooling, and contaminated water as TEPCO battles stabilization; findings to inform nuclear safety talks at a Vienna ministerial meeting.
A Closer Look
A 2011 reactor crisis at Fukushima Daiichi causing radiation leaks and long-term cleanup, assessed by IAEA experts.
- March 11 quake and tsunami crippled Fukushima Daiichi reactors.
- Four of six reactors damaged; hydrogen explosions occurred.
- Radiation leaks and contaminated water hampered stabilization.
- Seawater cooling restored basics but caused reactor flooding.
- IAEA 10-day mission to report at Vienna nuclear safety meeting.
Six International Atomic Energy Agency experts arrived in Japan to assess the situation at the quake-crippled Fukushima Daiichi nuclear plant.
The radiation-leaking facility and four of its six reactors were damaged by the March 11 earthquake and tsunami that also killed and displaced thousands of people.
The IAEA experts will work with experts from about a dozen countries during their 10-day trip to look at the situation at Fukushima, one of the world's worst nuclear disasters, even as industry groups set a post-Japan study to review safety practices, Kyodo News reported.
The efforts to stabilize the Fukushima plant since March 11 have been constantly hampered by a host of problems, including hydrogen explosions, radiation leaks, inadequate cooling of the pools holding spent nuclear fuel rods that underscored fuel storage and safety concerns at the site, and flooding of the reactors by contaminated water.
The investigators will present their findings at a ministerial meeting on nuclear safety, as U.S. nuclear locations come under review globally, to be hosted by the IAEA next month in Vienna.
Tokyo Electric Power Co., the plant's operator, said a nuclear waste disposal facility at the site will be filled up in the next several days, highlighting how nuclear waste storage remains a top concern, with radioactive floodwater diverted from No. 2 and 3 reactors.
Currently, utility workers have been working inside No. 1 and 2 reactors to restore their cooling systems amid a lack of data from key instruments, which currently are being cooled by pumping massive quantities of seawater. But this in turn has led to the flooding problems.
Japanese Prime Minister Naoto Kan denied in parliament about issuing any instruction to Tokyo Electric to stop injecting seawater into the No. 1 reactor, which would have worsened the situation at the reactors, Kyodo News reported.
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