Track 1

Investigation on Fuel Cycle based on Actinide Management (series)

Tue. Oct 8, 2024 1:30 PM - 2:50 PM Room B2 (4F)

Chair: Frédéric Laugier (EDF)

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1:30 PM - 1:50 PM

[2B2-03-01] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(1) Challenges of LWR fuel cycle and Research Overview

*Tomoo Yamamura¹, Takashi Shimada^1,4, Tomohiro Okamura², Masahiko Nakase², Kenji Takeshita², Yuki Konishi³, Keisuke Nishimura³, Taisuke Tsukamoto³, Hitomi Ishida³, Yasutoshi Ban⁵, Takehiko Sato⁵, Yasuhiro Tsubata⁵ (1. Kyoto University (Japan), 2. Tokyo Institute of Technology (Japan), 3. Mitsubishi Heavy Industry (Japan), 4. Mitsubishi FBR Systems (Japan), 5. Japan Atomic Energy Agency (Japan))

1:50 PM - 2:10 PM

[2B2-03-02] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(2) Analysis of the necessity and usefulness of MA temporary storage technology for the sustainable nuclear fuel cycle

*Tomohiro Okamura¹, Masahiko Nakase¹, Kenji Takeshita¹, Takashi Shimada^2,3, Yuki Konishi⁴, Keisuke Nishimura⁴, Hitomi Ishida⁴, Tomoo Yamamura³ (1. Tokyo Institute of Technology (Japan), 2. Mitsubishi FBR systems (Japan), 3. Kyoto University (Japan), 4. Mitsubishi Heavy Industry (Japan))

2:10 PM - 2:30 PM

[2B2-03-03] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(3) Policies of Actinides Management

*Takashi Shimada^1,4, Tomohiro Okamura², Masahiko Nakase², Kenji Takeshita², Hitomi Ishida³, Yuki Konishi³, Keisuke Nishimura³, Koki Hibi⁴, Hiromichi Gima⁴, Tomoo Yamamura¹ (1. Kyoto University (Japan), 2. Tokyo Institute of Technology (Japan), 3. Mitsubishi Heavy Industries, Ltd. (Japan), 4. Mitsubishi FBR Systems, Inc (Japan))

2:30 PM - 2:50 PM

[2B2-03-04] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(4) Cycle Concept with ACM

*Yuki Konishi¹, Takashi Shimada^2,3, Hitomi Ishida¹, Keisuke Nishimura¹, Yasutoshi Ban⁴, Yasuhiro Tsubata⁴, Takehiko Sato⁴, Masahiko Nakase⁵, Koki Hibi², Hiromichi Gima², Tomoo Yamamura³ (1. Mitsubishi Heavy Industries, Ltd. (Japan), 2. Mitsubishi FBR systems, Ltd. (Japan), 3. Kyoto University (Japan), 4. Japan Atomic energy Agency (Japan), 5. Laboratory for Zero-Carbon Energy, Institute of Innovative Research, Tokyo Institute of Technology (Japan))

Session information

Investigation on Fuel Cycle based on Actinide Management (series)

[2B2-03-01] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(1) Challenges of LWR fuel cycle and Research Overview

[2B2-03-02] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(2) Analysis of the necessity and usefulness of MA temporary storage technology for the sustainable nuclear fuel cycle

[2B2-03-03] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(3) Policies of Actinides Management

[2B2-03-04] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(4) Cycle Concept with ACM

Authentication

Session information

Investigation on Fuel Cycle based on Actinide Management (series)

[2B2-03-01] Investigation on Fuel Cycle based on Actinide ManagementTowards Sustainable Use of Nuclear Energy(1) Challenges of LWR fuel cycle and Research Overview

[2B2-03-02] Investigation on Fuel Cycle based on Actinide ManagementTowards Sustainable Use of Nuclear Energy(2) Analysis of the necessity and usefulness of MA temporary storage technology for the sustainable nuclear fuel cycle

[2B2-03-03] Investigation on Fuel Cycle based on Actinide ManagementTowards Sustainable Use of Nuclear Energy(3) Policies of Actinides Management

[2B2-03-04] Investigation on Fuel Cycle based on Actinide ManagementTowards Sustainable Use of Nuclear Energy(4) Cycle Concept with ACM

Authentication

[2B2-03-01] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(1) Challenges of LWR fuel cycle and Research Overview

[2B2-03-02] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(2) Analysis of the necessity and usefulness of MA temporary storage technology for the sustainable nuclear fuel cycle

[2B2-03-03] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(3) Policies of Actinides Management

[2B2-03-04] Investigation on Fuel Cycle based on Actinide Management
Towards Sustainable Use of Nuclear Energy
(4) Cycle Concept with ACM