High-speed ion exchange recovery of Cs from soil fraction with metal ion-containing subcritical water and highly volume reduced vitrification 1 - Overall plan and research outline

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Title	High-speed ion exchange recovery of Cs from soil fraction with metal ion-containing subcritical water and highly volume reduced vitrification 1 - Overall plan and research outline
Alternative title	金属イオン含有亜臨界水による土壌分級物からのCsの高速イオン交換回収と高減容ガラス固化 1 - 全体計画と研究概要
Author	Takeshita, Kenji(Tokyo Inst. of Technology)
Author	Yin, Xiangbiao(Tokyo Inst. of Technology)
Author	Takahashi, Hideharu(Tokyo Inst. of Technology)
Author	Inaba Yusuke(Tokyo Inst. of Technology)
Author	Utsumi, Kazuo(Tokyo Inst. of Technology)
Author	Horiuchi, Nobutake(Mitsubishi Materials Corp.)
Author	Chikazawa, Takahiro(Mitsubishi Materials Corp.)
Author	Munezawa, Junichi(Envirotec Kaihatsu)
Issued date	2017-07-20
Language	jpn
Page	p.34
Type	proceedings
File Format	plain/text
Taxonomy	5-2-1 Methods for solid
Taxonomy	6-1-4 R&D in environmental protection and restoration
Taxonomy(Computer Assigned)	5-2 Methods for decontamination 6-1 Consequences for environment
Subject/Session_name	Session:Volume Reduction Technology(4)
Information source	Go to literature copy application Fulltext PDF
Meeting title	The 6th Workshop of Remediation of Radioactive Contamination in Environment
Related content	High-speed ion exchange recovery of Cs from soil fraction with metal ion-containing subcritical water and highly volume reduced vitrification 2 - Cs desorption test with ion-containing subcritical water High-speed ion exchange recovery of Cs from soil fraction with metal ion-containing subcritical water and highly volume reduced vitrification 3 - Cs vitrification by selective recovery of Cs from subcritical water High-speed ion exchange recovery of Cs from soil fraction with metal ion-containing subcritical water and highly volume reduced vitrification 4 - Cs vitrification to solid acid-containing high silicate glass High-speed ion exchange recovery of Cs from soil fraction with metal ion-containing subcritical water and highly volume reduced vitrification 5 - System evaluation and future prospects High-speed ion exchange recovery of Cs from soil fraction with metal ion-containing subcritical water and highly volume reduced vitrification 6 - Development of comprehensive system with integrated process considering high dose response, from Cs adsorption recovery of Cs contaminated water, separation of Cs thermal decomposition, to recovery, storage and distribution from Cs concentration.
URI	https://f-archive.jaea.go.jp/dspace/handle/faa/135363
collect date(WARP)	2017-09-23

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