TEPCO worker checking radiation around the contamination water tank
The operator of Japan\'s stricken Fukushima nuclear plant on Monday said that groundwater from an observation well near the site of a leaky storage tank showed high levels of radiation, according to reports.
The finding means that it \"now seems more likely\" that radioactive water from leaking tanks had mixed with groundwater in the area, Jiji press and Kyodo news agency quoted the Tokyo Electric Power Company (TEPCO) as saying.
Many of the tanks were used to cool molten reactors wrecked by an earthquake and tsunami disaster in March 2011.
The well was found to have contained 3,200 becquerels per litre of beta-ray emitting materials, including strontium.
Last week, the Japanese government unveiled a half-billion dollar plan to stem the leaks by creating a wall of ice under the plant.
TEPCO also plans to use wells to pump up the groundwater before it seeps into the sea.
But, according to Kyodo news, the latest findings could affect that plan as the nearest pumping well is only 130 metres (140 yards) away from the monitoring site from where the sample was taken.
Source: AFP
GMT 08:58 2018 Tuesday ,23 January
Philippine volcano rains ash, violent eruption fearedGMT 08:37 2018 Monday ,22 January
China's waste import ban upends global recycling industryGMT 07:04 2018 Sunday ,21 January
Dutch shocked by call to ban EU electric pulse fishingGMT 06:41 2018 Friday ,19 January
Cape Town water ration to be slashed as drought bitesGMT 06:47 2018 Thursday ,18 January
Thames paddle-boarders try to turn the tide on plasticGMT 06:50 2018 Wednesday ,17 January
The Romanian sheep nibbling away at US securityGMT 07:44 2018 Tuesday ,16 January
China races to prevent environmental disasterGMT 08:11 2018 Sunday ,14 January
Sea levels off Dutch coast highest ever recordedMaintained and developed by Arabs Today Group SAL.
All rights reserved to Arab Today Media Group 2023 ©
Maintained and developed by Arabs Today Group SAL.
All rights reserved to Arab Today Media Group 2023 ©