2019 Annual Meeting
Mar 20 - Mar 22, 2019Ibaraki University Mito Campus
2019 Annual Meeting
Mar 20 - Mar 22, 2019Ibaraki University Mito Campus
[1B12]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation(2-4)Development of separation and recovery technologies of long-lived fission products (LLFPs) from the high-level radioactive liquid waste based on electrolysis and solvent extraction (4) Study on process concept
*Takashi Omori1, Yuya Takahashi1, Yu Yamashita1, Masaaki Kaneko1, Kazuhito Asano1, Keisuke Morita2, Hideya Suzuki2, Tatsuro Matsumura2(1. Toshiba energy systems & Solutions Corporation, 2. Japan Atomic Energy Agency)
Keywords:
ImPACT,LLFP,High level radioactive liquid waste,Study on process concept,electrolytic and solvent extraction methods
As the technique of the recovering Pd, Se, Cs and Zr of the elements containing a long half-life nuclide from high-level liquid waste, electrolytic, adsorption and solvent extraction methods are selected, and the separation recovery process is studied.
The concept of facility using these technique is reported.
The concept of facility using these technique is reported.