Oral presentation

IV. Nuclear Fuel Cycle and Nuclear Materials » 405-1 Radioactive Waste Management

[2O04-09] Vitrification 3

Tue. Mar 27, 2018 10:20 AM - 12:00 PM Room O (M3-212 -M3 Building)

Chair: Takayuki Nagai (JAEA)

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10:20 AM - 10:35 AM

[2O04] Basic research programs of vitrification technology for waste volume reduction

(50)Development of vitrification technology for low level radioactive waste

*Yasutomo Tajiri¹, Toshiro Oniki¹, Toshiaki Kakihara¹, Toyonobu Nabemoto¹, Hiroyuki Shibata², Sohei Sukenaga², Haruaki Matsuura³ (1. IHI Corporation, 2. TOHOKU UNIVERSITY, 3. TOKYO CITY UNIVERSITY)

10:35 AM - 10:50 AM

[2O05] Basic research programs of vitrification technology for waste volume reduction

(51)Study on making ion exchange resin inorganic by oxygen

*Kouichi Ikeda¹, Uruga Kazuyoshi¹, Shizue Furukawa¹, Tsuyoshi Usami¹, Takeshi Tsukada¹ (1. criepi)

10:50 AM - 11:05 AM

[2O06] Basic research programs of vitrification technology for waste volume reduction

(52)Immobilization of radioactive sulfate wastes by sulfophosphate glass

*Uruga Kazuyoshi¹, Tsuyoshi Usami¹, Takeshi Tsukada¹ (1. Central Research Institute of Electric Power Industry)

11:05 AM - 11:20 AM

[2O07] Basic research programs of vitrification technology for waste volume reduction

(53)Study for composition dependence of MoO₃ solubility and chemical durability of simulated glasses

*Yoshiyuki Miura¹, Kouhei Oowaku¹, Taku Hashimoto¹, Takahiro Ishio¹, Norio Kanehira¹ (1. Japan Nuclear Fuel Limited)

11:20 AM - 11:35 AM

[2O08] Basic research programs of vitrification technology for waste volume reduction

(54)Alteration of simulated platinoid residues in cold-cap

*Takeshi Tsukada¹, Kazuyoshi Uruga¹, Tsuyoshi Usami¹ (1. CRIEPI)

11:35 AM - 11:50 AM

[2O09] Basic research programs of vitrification technology for waste volume reduction

(55)Effect of improved borosilicate glass on melter operation and mitigation of yellow phase formation

*Taku Hashimoto¹, Kohei Owaku¹, Yoshiyuki Miura¹, Takahiro Ishio¹, Norio Kanehira¹ (1. Japan Nuclear Fuel Limited)

Time reserved for Chair (11:50 AM - 12:00 PM)

Session information

[2O04-09] Vitrification 3

[2O04] Basic research programs of vitrification technology for waste volume reduction

(50)Development of vitrification technology for low level radioactive waste

[2O05] Basic research programs of vitrification technology for waste volume reduction

(51)Study on making ion exchange resin inorganic by oxygen

[2O06] Basic research programs of vitrification technology for waste volume reduction

(52)Immobilization of radioactive sulfate wastes by sulfophosphate glass

[2O07] Basic research programs of vitrification technology for waste volume reduction

(53)Study for composition dependence of MoO₃ solubility and chemical durability of simulated glasses

[2O08] Basic research programs of vitrification technology for waste volume reduction

(54)Alteration of simulated platinoid residues in cold-cap

[2O09] Basic research programs of vitrification technology for waste volume reduction

(55)Effect of improved borosilicate glass on melter operation and mitigation of yellow phase formation

Authentication

Session information

[2O04-09] Vitrification 3

[2O04] Basic research programs of vitrification technology for waste volume reduction

(50)Development of vitrification technology for low level radioactive waste

[2O05] Basic research programs of vitrification technology for waste volume reduction

(51)Study on making ion exchange resin inorganic by oxygen

[2O06] Basic research programs of vitrification technology for waste volume reduction

(52)Immobilization of radioactive sulfate wastes by sulfophosphate glass

[2O07] Basic research programs of vitrification technology for waste volume reduction

(53)Study for composition dependence of MoO3 solubility and chemical durability of simulated glasses

[2O08] Basic research programs of vitrification technology for waste volume reduction

(54)Alteration of simulated platinoid residues in cold-cap

[2O09] Basic research programs of vitrification technology for waste volume reduction

(55)Effect of improved borosilicate glass on melter operation and mitigation of yellow phase formation

Authentication

(53)Study for composition dependence of MoO₃ solubility and chemical durability of simulated glasses