Fiscal Year 2011 Records
Status of Radioactive Waste Management and Occupational Radiation Exposure Management
Fiscal Year 2011 Records
Fiscal Year 2011 Records
| Status of Radioactive Waste Management | |||
| Status of Gaseous and Liquid Waste Management | |||
| (1) | Commercial Nuclear Power Reactor Facilities |
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| (2) | Nuclear Power Reactor Facilities of the Research and Development Stage |
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| (3) | Fuel Manufacturing Facilities |
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| (4) | Reprocessing Facilities | (Radioactive Gaseous Waste) |
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| (Radioactive Liquid Waste) |
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| (5) | Waste Burial Facilities, Waste Management Facilities | Waste Burial Facilities |
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| Waste Management Facilities |
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| Status of Solid Radioactive Waste Management | |||
| (1) | Commercial Nuclear Power Reactor Facilities | i) Solid Waste Storage |
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| ii) Steam Generator Storage, etc. iii) Feedwater Heater Storage, etc. |
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| iv) Spent Fuel Pool, Storage Bunker, Tank, etc. |
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| (2) | Nuclear Power Reactor Facilities at the Research and Development Stage |
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| (3) | Fabrication Facilities |
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| (4) | Reprocessing Facilities |
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| (5) | Waste Burial Facilities, Waste Management Facilities | ||
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Reference documents
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| 1. Released Amount of Radioactive Noble Gas in Radioactive Gaseous Waste by Fiscal Year | |||
| (1) | Commercial Nuclear Power Reactor Facilities |
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| (2) | Nuclear Power Reactor Facilities at the Research and Development Stage |
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| 2. Release of Radioactive Iodine in Radioactive Gaseous Waste by Fiscal Year | |||
| (1) | Commercial Nuclear Power Reactor Facilities |
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| (2) | Nuclear Power Reactor Facilities at the Research and Development Stage |
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| 3. Release of Radioactivity (excluding Tritium) in Radioactive Liquid Waste by Fiscal Year | |||
| (1) | Commercial Nuclear Power Reactor Facilities |
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| (2) | Nuclear Power Reactor Facilities at the Research and Development Stage |
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| 4. Release of Tritium in Radioactive Liquid Waste by Fiscal Year | |||
| (1) | Commercial Nuclear Power Reactor Facilities |
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| (2) | Nuclear Power Reactor Facilities at the Research and Development Stage |
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| 5. Management Status of Radioactive Solid Waste (Solid Waste Storage) by Fiscal Year | |||
| (1) | Commercial Nuclear Power Reactor Facilities |
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| (2)∼(5) | Nuclear Power Reactor Facilities at the Research and Development Stage and others |
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| 6. Amount of Waste Transported to the Low-Level Radioactive Waste Burial Center by Fiscal Year |
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| 7. Trends in Burial Amount of Radioactive Waste at the Enrichment and Burial Plant (waste burial facility) of the Japan Nuclear Fuel Ltd. |
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| 8. Management Status of High-Level Radioactive Waste (Returned Vitrified Waste) at the Waste Management Facility of the Reprocessing Plant, Japan Nuclear Fuel Ltd. by Fiscal Year | |||
| <Reference> | |||
| Trends in Radioactive Gaseous and Liquid Amount Waste Released from Commercial Nuclear Power Reactors and the Number of Reactors by Fiscal Year |
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| Trends in the Generated Amount and Cumulative Storage Amount of Radioactive Solid Waste from Commercial Nuclear Power Reactors by Fiscal Year | |||
| Status of Occupational Radiation Exposure Management | ||||
| Dosage Distribution of Personnel Engaged in Radiation Work in FY 2011 | ||||
| (1) | Commercial Nuclear Power Reactor Facilities |
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| (2)∼(5) | Nuclear Power Reactor Facilities at the Research and Development Stage and others |
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| Three-month Radiation Dosage Distribution of Female Personnel Engaged in Radiation Work | ||||
| (1) | Commercial Nuclear Power Reactor Facilities |
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| (2)∼(5) | Nuclear Power Reactor Facilities at the Research and Development Stage and others |
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Reference documents
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| Radiation Dosage of Personnel Engaged in Radiation Work by Fiscal Year | ||||
| (1) | Hokkaido Electric Power Co., Inc., Tomari Power Station |
(2) | Tohoku Electric Power Co., Inc., Onagawa Nuclear Power Station |
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| (3) | Tohoku Electric Power Co., Inc., Higashidori Nuclear Power Station |
(4) | Tokyo Electric Power Co., Inc., Fukushima Daiichi Nuclear Power Station |
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| (5) | Tokyo Electric Power Co., Inc., Fukushima Daini Nuclear Power Station |
(6) | Tokyo Electric Power Co., Inc., Kashiwazaki-Kariwa Nuclear Power Station |
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| (7) | Chubu Electric Power Co., Inc., Hamaoka Nuclear Power Station |
(8) | Hokuriku Electric Power Co., Shika Nuclear Power Station |
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| (9) | Kansai Electric Power Co., Inc., Mihama Power Station |
(10) | Kansai Electric Power Co., Inc., Takahama Power Station |
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| (11) | Kansai Electric Power Co., Inc., Ohi Power Station |
(12) | Chugoku Electric Power Co., Inc., Shimane Nuclear Power Station |
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| (13) | Shikoku Electric Power Co., Inc., Ikata Power Station |
(14) | Kyushu Electric Power Co., Inc., Genkai Nuclear Power Station |
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| (15) | Kyushu Electric Power Co., Inc., Sendai Nuclear Power Station |
(16) | Japan Atomic Power Company, Tokai Power Station |
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| (17) | Japan Atomic Power Company, Tokai Daini Power Station |
(18) | Japan Atomic Power Company, Tsuruga Power Station |
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| (19) | Total Dose for All BWRs | (20) | Total Dose for All PWRs | |
| (21) | Total Dose for All Nuclear Power Plants |
(22) | Japan Atomic Energy Agency, Fugen Decommissioning Engineering Center |
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| (23) | Japan Atomic Energy Agency, Prototype Fast Breeder Reactor Monju |
(24) | Global Nuclear Fuel-Japan Co., Ltd. | |
| (25) | Mitsubishi Nuclear Fuel Co., Ltd. | (26) | Nuclear Fuel Industries Ltd., Tokai Works |
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| (27) | Nuclear Fuel Industries Ltd., Kumatori Works |
(28) | Japan Atomic Energy Agency, Prototype Uranium Enrichment Plant |
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| (29) | Japan Nuclear Fuel Ltd., Enrichment and Burial Plant (fabrication facility) |
(30) | Japan Atomic Energy Agency, Reprocessing Facility |
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| (31) | Japan Nuclear Fuel Ltd., Reprocessing Plant (reprocessing facility) |
(32) | Japan Nuclear Fuel Ltd., Enrichment and Burial Plant (waste burial facility) |
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| (33) | Japan Nuclear Fuel Ltd., Reprocessing Plant (waste management facility) |
(34) | Japan Atomic Energy Agency, Waste Burial Facility |
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| (35) | Japan Atomic Energy Agency, Waste Management Facility |
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| <Reference> | ||||
| Trends in Total Radiation Dosage at Commercial Nuclear Power Reactors and the Number of Reactors by Fiscal Year |
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| Trends in Mean Radiation Dosage at Commercial Nuclear Power Reactors | ||||