Report: All 7 Fukushima in-ground storage ponds leaking radioactive water | |
Anonymous Coward (OP) User ID: 37864819 United States 04/14/2013 01:42 PM Report Abusive Post Report Copyright Violation | |
grumpier User ID: 1189758 China 04/14/2013 02:05 PM Report Abusive Post Report Copyright Violation | |
Anonymous Coward User ID: 38040695 Germany 04/14/2013 02:09 PM Report Abusive Post Report Copyright Violation | |
Anonymous Coward User ID: 38040695 Germany 04/14/2013 02:10 PM Report Abusive Post Report Copyright Violation | |
Anonymous Coward (OP) User ID: 37864819 United States 04/14/2013 03:51 PM Report Abusive Post Report Copyright Violation | |
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Anonymous Coward (OP) User ID: 37864819 United States 04/15/2013 01:14 PM Report Abusive Post Report Copyright Violation | |
Anonymous Coward (OP) User ID: 37864819 United States 04/15/2013 01:15 PM Report Abusive Post Report Copyright Violation | |
Anonymous Coward User ID: 37974303 United Kingdom 04/15/2013 01:15 PM Report Abusive Post Report Copyright Violation | |
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Anonymous Coward User ID: 37877928 Japan 04/18/2013 03:38 AM Report Abusive Post Report Copyright Violation | You are kidding right? Just fall off the turnip truck? ....or maybe you just got back from your trip to Saturn's moon and missed everything for the last 2 years? :youarehere1: Actually the real Translation was; "a quasi Cold Shut-Down" "a state of Cold Shut-Down"! Need to be very careful when you talk about Nuclear Power! By the Way, the Measurements are very, very good for the whole Facility! [link to www.tepco.co.jp] |
Anonymous Coward User ID: 37877928 Japan 04/18/2013 03:42 AM Report Abusive Post Report Copyright Violation | URL: [link to www.tepco.co.jp] - Drain hole (northeast) of the underground reservoir No.1 Sampling performed at 5:10 AM on April 17 Chloride concentration: 15ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.6×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.5×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.7×10^-2Bq/cm3) All β: 1.6×10^1Bq/cm3 - Drain hole (southwest) of the underground reservoir No.1 Sampling performed at 5:10 AM on April 17 Chloride concentration: 6ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.4×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.0×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.5×10^-2Bq/cm3) All β: 2.5×10^-1Bq/cm3 - Drain hole (northeast) of the underground reservoir No.2 Sampling performed at 5:20 AM on April 17 Chloride concentration: 9ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 3.3×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.2×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 7.2×10^-2Bq/cm3) All β: 3.0×10^1Bq/cm3 - Drain hole (southwest) of the underground reservoir No.2 Sampling performed at 5:20 AM on April 17 Chloride concentration: 5ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.5×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 4.9×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 7.0×10^-2Bq/cm3) All β: 4.4×10^-2Bq/cm3 - Drain hole (northeast) of the underground reservoir No.3 Sampling performed at 5:30 AM on April 17 Chloride concentration: 7ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.7×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.1×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.7×10^-2Bq/cm3) All β: 1.3×10^-1Bq/cm3 - Drain hole (southwest) of the underground reservoir No.3 Sampling performed at 5:30 AM on April 17 Chloride concentration: 4ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.6×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.1×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.8×10^-2Bq/cm3) All β: 2.9×10^-1Bq/cm3 - Drain hole (northeast) of the underground reservoir No.4 Sampling performed at 5:40 AM on April 17 Chloride concentration: 8ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.6×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.4×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.6×10^-2Bq/cm3) All β: 4.5×10^-2Bq/cm3 - Drain hole (southwest) of the underground reservoir No.4 Sampling performed at 5:40 AM on April 17 Chloride concentration: 8ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.7×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.0×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.6×10^-2Bq/cm3) All β: 4.6×10^-2Bq/cm3 - Drain hole (northeast) of the underground reservoir No.5 Sampling performed at 5:45 AM on April 17 Chloride concentration: 5ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.8×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.0×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 7.0×10^-2Bq/cm3) All β: 4.5×10^-1Bq/cm3 - Drain hole (southwest) of the underground reservoir No.5 Sampling performed at 5:45 AM on April 17 Chloride concentration: 8ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.4×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 4.9×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.6×10^-2Bq/cm3) All β: 4.1×10^-2Bq/cm3 - Drain hole (northeast) of the underground reservoir No.6 Sampling performed at 6:00 AM on April 17 Chloride concentration: 11ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 3.4×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.2×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.7×10^-2Bq/cm3) All β: 8.3×10^-2Bq/cm3 - Drain hole (southwest) of the underground reservoir No.6 Sampling performed at 6:00 AM on April 17 Chloride concentration: 7ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.5×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.0×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.6×10^-2Bq/cm3) All β: 1.2×10^-1Bq/cm3 - Drain hole (northeast) of the underground reservoir No.7 Sampling performed at 6:10 AM on April 17 Chloride concentration: 6ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.5×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.2×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 7.1×10^-2Bq/cm3) All β: 3.9×10^-2Bq/cm3 - Drain hole (southwest) of the underground reservoir No.7 Sampling performed at 6:10 AM on April 17 Chloride concentration: 7ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.9×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.3×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.9×10^-2Bq/cm3) All β: 2.1×10^-2Bq/cm3 - Leakage detection hole (northeast) of the underground reservoir No.1 Sampling performed at 8:19 AM on April 17 Chloride concentration: 1250ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.0×10^-1Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 2.5×10^-1Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 1.2×10^-1Bq/cm3) Antimony 125: 2.8×10^1Bq/cm3 Ruthenium 106: 1.7×10^0Bq/cm3 All β: 3.5×10^4Bq/cm3 - Leakage detection hole (southwest) of the underground reservoir No.1 Sampling performed at 8:26 AM on April 17 Chloride concentration: 7ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.8×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 4.9×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.8×10^-2Bq/cm3) All β: 1.3×10^-1Bq/cm3 - Leakage detection hole (northeast) of the underground reservoir No.2 Sampling performed at 8:35 AM on April 17 Chloride concentration: 44ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 4.4×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.6×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 7.1×10^-2Bq/cm3) All β: 1.3×10^3Bq/cm3 - Leakage detection hole (southwest) of the underground reservoir No.2 Sampling performed at 8:40 AM on April 17 Chloride concentration: 9ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.5×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.3×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.6×10^-2Bq/cm3) All β: 1.2×10^0Bq/cm3 - Leakage detection hole (northeast) of the underground reservoir No.3 Sampling performed at 8:50 AM on April 17 Chloride concentration: 9ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.5×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.3×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.7×10^-2Bq/cm3) All β: 2.7×10^0Bq/cm3 - Leakage detection hole (southwest) of the underground reservoir No.3 Sampling performed at 8:52 AM on April 17 Chloride concentration: 32ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 3.1×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.3×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.7×10^-2Bq/cm3) All β: 2.3×10^2Bq/cm3 - Leakage detection hole (northeast) of the underground reservoir No.4 Sampling performed at 9:08 AM on April 17 Chloride concentration: 9ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.7×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 5.3×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.9×10^-2Bq/cm3) All β: 4.1×10^-1Bq/cm3 - Leakage detection hole (southwest) of the underground reservoir No.4 *Sampling was not performed since the amount of sample necessary for analysis could not be obtained. - Leakage detection hole (northeast) of the underground reservoir No.6 Sampling performed at 9:25 AM on April 17 Chloride concentration: 6ppm (Previously announced) Iodine 131: Below the detection limit (Detection limit: 2.8×10^-2Bq/cm3) Cesium 134: Below the detection limit (Detection limit: 4.9×10^-2Bq/cm3) Cesium 137: Below the detection limit (Detection limit: 6.7×10^-2Bq/cm3) All β: 9.0×10^-2Bq/cm3 - Leakage detection hole (southwest) of the underground reservoir No.6 *Sampling was not performed since the amount of sample necessary for analysis could not be obtained. - Observation hole (near the underground reservoirs No.1-3) A8 Sampling performed at 10:35 AM on April 17 Chloride concentration: 9ppm All β: Below the detection limit (Detection limit: 1.2×10^-2Bq/cm3) - Observation hole (near the underground reservoirs No.1-3) A11 Sampling performed at 1:35 PM on April 17 Chloride concentration: 32ppm All β: Below the detection limit (Detection limit: 9.2×10^-3Bq/cm3) - Observation hole (near the underground reservoirs No.1-3) A18 Sampling performed at 3:06 PM on April 17 Chloride concentration: 9ppm All β: Below the detection limit (Detection limit: 9.2×10^-3Bq/cm3) The observation holes (near the underground reservoirs No.1-3) A5, A9 and A10 are currently being drilled. The observation hole (near the underground reservoir No.6) B1 is currently being drilled. The observation holes 1-4 on the sea side are currently being drilled. |
Anonymous Coward (OP) User ID: 37864819 United States 04/18/2013 09:11 AM Report Abusive Post Report Copyright Violation | |
Anonymous Coward (OP) User ID: 37864819 United States 04/18/2013 09:12 AM Report Abusive Post Report Copyright Violation | [...] Recently, large quantities of radioactive materials were released to the atmosphere and coastal waters following a nuclear accident at the Fukushima Dai-ichi nuclear power plant (NPP), which increased 137Cs concentrations in coastal seawater off Fukushima up to eight orders of magnitude above the global fallout background [...] Quoting: Anonymous Coward 37864819 [...] the results presented in this paper shows that the measured 137Cs concentrations in surface waters ranged from 1.8mBq L−1 to 3500mBq L−1, up to 3500 times higher than the global fallout background, although the cruise track did not go closer than 30 km from the coast. […] The elevated 137Cs levels covered an area of around 150 000 km2 (south of 38°N and west of 147° E). [...] The contribution of 137Cs, 129I and 3H released from the damaged Fukushima NPP to the sea has been remarkable, as it has considerably influenced their concentrations in surface seawater as well as in the water column of the NW Pacific Ocean. [...] [link to www.biogeosciences-discuss.net] [link to enenews.com] Thread: Study: 150,000 sq. kilometers of Pacific with Fukushima nuclear material — ‘Remarkable’ amount released in ocean |