Home World Fukushima radioactive sludge storage container will be full of nuclear wastewater purification may be hindered | Japan | Fukushima | nuclear sewage_Sina Military_Sina Network

Fukushima radioactive sludge storage container will be full of nuclear wastewater purification may be hindered | Japan | Fukushima | nuclear sewage_Sina Military_Sina Network

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Fukushima radioactive sludge storage container will be full of nuclear wastewater purification may be hindered | Japan | Fukushima | nuclear sewage_Sina Military_Sina Network

Original title: Japanese media: Fukushima radioactive sludge storage container will be full of nuclear wastewater purification may be hindered

China News Service, September 25. According to Kyodo News on the 25th, Tokyo Electric Power Company (TEPCO) stated that since the container for storing sludge generated during nuclear sewage treatment will be full by the end of April 2023 at the earliest. Work on the treatment of nuclear wastewater at the island’s first nuclear power plant may face obstacles.

The picture shows the Fukushima Daiichi nuclear power plant in Japan on February 13, 2022.

A slurry-like mixture of liquids and solids is reported to be produced during the purification of nuclear wastewater from the Fukushima Daiichi Nuclear Power Plant with polynuclide removal equipment (ALPS). This sludge produces strong radiation, so during processing they are placed in special polyethylene containers and kept in radiation-blocking cement boxes.

As of August, the cement boxes in the factory area were 96% full, and if no measures are taken, they will be full by the end of April 2023 at the earliest. At that point, if there is nowhere for the sludge to pile up, the ALPS cannot continue to operate.

According to reports, there are currently 4,192 storage places for storage containers, and TEPCO plans to add 192 more on this basis. But even if the storage space is increased, the filling time can only be delayed by about a year. Therefore, the problem of reducing the amount of sludge generated is still under discussion.

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TEPCO expects that storage can be reduced if equipment to extract moisture from sludge is activated. However, due to reasons such as seismic design re-evaluation, it is not yet possible to determine when the equipment will be put into use.

On March 11, 2011, an earthquake with a magnitude of 9.0 occurred in the waters off northeastern Japan and triggered a huge tsunami. Affected by the earthquake and tsunami, a large amount of radioactive material leaked from the Fukushima Daiichi Nuclear Power Plant.

On April 13, 2021, the Japanese government officially decided to discharge the Fukushima nuclear sewage into the sea after filtering and diluting it. However, in the process of nuclear sewage treatment, problems such as filter damage and excessive strontium-90 activity of the radioactive material after treatment were encountered successively. . Japan’s decision to discharge sewage into the sea was also strongly opposed by residents of Fukushima Prefecture and the National Federation of Fisheries Trade Unions in Japan.

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