The Japan Atomic Energy Agency (JAEA) evaluated the potential hazards pertaining to the storage of waste zeolite and sludge that were used to treat contaminated water. The JAEA concluded that there exists a very low risk of hydrogen fire or hydrogen cyanide poisoning due to the radiolysis reactions occurring in the storage areas.
- Recent Posts
- Boat-type Submersible Access Devices to Investigate Interiors of PCV at Fukushima Daiichi Nuclear Power Station[Developed by Hitachi GE Nuclear Energy, Ltd. in 2019]
- An Operation Confirmation Test for a Robot Arm and Access Rail: Element Technology for Retrieving Fuel Debris using a Partial Submersion Side-Access Method.[Developed by Mitsubishi Heavy Industries, Ltd.]
- Development of a Small-amount Fuel Debris Sampling Device for the Detailed Investigation inside the Primary Containment Vessel [Developed by Mitsubishi Heavy Industries] (August 2019)]
- Investigation Inside PCV / Development of a Device to Investigate inside PCV of Fukushima Daiichi NPS Unit 2 [Development by Toshiba Energy Systems & Solutions Corporation] (December 22, 2017)
- Full-scale Test for Repair Technology for Leakage Points inside the Primary Containment Vessel: Reinforcement of Suppression Chamber Support Columns [IRID / Hitachi GE Nuclear Energy] (July 31, 2017)