Japanese Grant For Tritium Removal Technology

via world-nuclear-news.org / November 4, 2014 / Japan’s Ministry of Economy, Trade and Industry (METI) has awarded US-based waste management specialist Kurion a JPY 1 billion ($10 million) grant to demonstrate technology to remove tritium from contaminated water for possible deployment at Fukushima. Kurion’s technology is one of three selected by METI in August to go forward to the demonstration phase, alongside offerings from GE Hitachi Nuclear Energy Canada and … Continue reading

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4700 Bq/L of Tritium Detected from Groundwater Taken from 20-Meter Deep Near Reactor 1/2 Turbine Building

via EX-SKF.blogpsot.com / June 25, 2014 / The water was drawn from the lower permeable layer 20-meter deep, according to Kyodo News (6/24/2014) from an observation hole newly dug in preparation for monitoring the frozen soil impermeable wall that is to surround the reactor/turbine buildings of Reactors 1-4. Cesium and all-beta (that includes strontium) are below detection levels, but tritium in 4-digit Bq per liter is apparently not what TEPCO … Continue reading

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Tritium levels at Fukushima No. 1 top Pacific Ocean dumping limit, TEPCO admits

via Japan Times / May 28, 2014 / Water sampled from a well at the crippled Fukushima No. 1 nuclear plant has been found to contain levels of radioactive tritium that exceeds the limit for dumping it into the Pacific, operator Tokyo Electric Power Co. said. The discovery was the first report of over the limit tritium in groundwater at the wells since Tepco began discharging water into the ocean … Continue reading

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Update: Tritium rises further in groundwater around #Fukushima Daiichi

via NHK World / Sep 14, 2013 / The operator of the Fukushima Daiichi nuclear power plant says that it found sharply rising tritium levels at a monitoring well near a waste water storage tank. Tokyo Electric Power Company says the level of radioactive tritium at one of the wells rose to 130,000 becquerels per liter on Thursday. That’s more than twice the government-set level for its release into the … Continue reading

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#Tritium levels spike 15-fold in three days

via RT.com / Sep 12, 2013 / In just three days, readings of tritium in groundwater near the wrecked Fukushima nuclear plant have soared more than 15 times, the operator of the crippled Fukushima nuclear plant admitted. Results of recently tested water taken from the well some 20 meters south from a number of storage tanks have showed that levels of tritium have now reached 64,000 becquerels per liter. Back … Continue reading

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Tritium levels in #Fukushima bay highest since measurements began – reports

via RT.com / Aug. 19, 2013 / Readings of tritium in seawater taken from the bay near the crippled Fukushima nuclear plant has shown 4700 becquerels per liter, a TEPCO report stated, according to Nikkei newspaper. It marks the highest tritium level in the measurement history. Tokyo Electric Power Company (TEPCO) has detected the highest radiation level in seawater collected in the harbor of the crippled nuclear plant in the … Continue reading

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If Rokkasho Ever Becomes Operational, It Will Release 18,000 Trillion Becquerels of Tritium into the Pacific Each Year

via EX-SKF / August 5, 2013 / While the amount of tritium released from Fukushima I Nuclear Power Plant since May 2011, 20 to 40 trillion becquerels which TEPCO finally told Nuclear Regulatory Authority on August 2, 2013, could be an order of magnitude lower than the amount if April 2011 were included, it would pale in comparison to what Rokkasho Reprocessing Plant (pictured) in Aomori Prefecture would be releasing … Continue reading

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Tritium Levels Soar on Coast at #Fukushima Plant

via Wall Street Journal / July 8, 2013 / More than two years after the devastating accident at Japan’s Fukushima Daiichi nuclear plant, operator Tokyo Electric Power Co is seeing levels soar of a radioactive element called tritium. The problem spot is on the coastal side of the plant’s heavily damaged No. 2 reactor, one of the areas where Tepco regularly monitors groundwater to check for radioactive elements that may … Continue reading

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