第VII部門

廃棄物・資源循環 (1)

Fri. Sep 16, 2022 1:30 PM - 2:50 PM VII-2 (吉田南総合館西棟　共西１２)

Chair: Mitsuhiro Sumikura

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1:30 PM - 1:40 PM

[VII-87] Development of Effective Reutilization Methods of Molten Slag(No.3:Resuts of laboratory tests for embankment)

*Jun Mitsumoto¹, Hiroki Horie¹, Kenji Shibata¹, Shoko Yashio¹, Tetsumi Higasayama¹, Yoshihiro Ono², Takashi Nagayama³ (1. OBAYASHI CORPORATION, 2. NIPPON STEEL ENGINEERING, 3. KUBOTA ENVIRONMENTAL SERVICE)

1:40 PM - 1:50 PM

[VII-88] Development of Effective Reutilization Methods of Molten Slag
(No.4:Pilot scale construction of embankment and environmental monitoring)

*Hiroki Horie¹, Jun Mitsumoto¹, Kenji Shibata¹, Shoko Yashio¹, Tetsumi Higasayama¹, Yoshihiro Ono², Takashi Nagayama³ (1. OBAYASHI CORPORATION, 2. NIPPON STEEL ENGINEERING, 3. KUBOTA ENVIRONMENTAL SERVICE)

1:50 PM - 2:00 PM

[VII-89] Development of fly ash-based neutralizer for Tamagawa acidic water

*Noritoshi Saito¹, Kagaya Fumito¹, Ikeuchi Takao¹, Sasaki Asuka¹, Minamida Yu¹, Amita Kazuhiro¹ (1. AKITA University)

2:00 PM - 2:10 PM

[VII-90] Basic research on calcium carbonate production using steelmaking slag

*Tomoko Jinno¹, Takatoshi Tajima¹, Akira Shimmura¹ (1. OBAYASHI CORPORATION)

2:10 PM - 2:20 PM

[VII-91] Reduction of plastic combustion gas by porous ceramics made from waste GFRP and clay

*Shunnosuke Hayashi¹, Toshihiro Usami¹, KentaKentaro Yasui², Hiroyuki Kinoshita¹ (1. Miyazaki University, 2. Kagoshima technical college)

2:20 PM - 2:30 PM

[VII-92] Utilization of Porous Ceramics Recycled from GFRP as a Dye Adsorbent
(Adsorption of Acid Dyes and Direct Dyes by Adjusting the pH of the Aqueous Dye Solution)

*Kentaro Yasui¹, Yuko Miyakawa², Hiroyuki Kinoshita² (1. National Institute of Technology, Kagoshima College, 2. University of Miyazaki)

2:30 PM - 2:40 PM

[VII-93] Dust suppression treatment of soil improvements using polymer

*Kazuki Ide¹, Toshihiko Miura¹, Naoya Takada¹, Hiroshi Kubo², Masafumi Tomita², Tatsuhiko Adachi² (1. Obayashi Corporation, 2. Tachibana Material)

Session information

廃棄物・資源循環 (1)

[VII-87] Development of Effective Reutilization Methods of Molten Slag(No.3:Resuts of laboratory tests for embankment)

[VII-88] Development of Effective Reutilization Methods of Molten Slag
(No.4:Pilot scale construction of embankment and environmental monitoring)

[VII-89] Development of fly ash-based neutralizer for Tamagawa acidic water

[VII-90] Basic research on calcium carbonate production using steelmaking slag

[VII-91] Reduction of plastic combustion gas by porous ceramics made from waste GFRP and clay

[VII-92] Utilization of Porous Ceramics Recycled from GFRP as a Dye Adsorbent
(Adsorption of Acid Dyes and Direct Dyes by Adjusting the pH of the Aqueous Dye Solution)

[VII-93] Dust suppression treatment of soil improvements using polymer

Authentication

Session information

廃棄物・資源循環 (1)

[VII-87] Development of Effective Reutilization Methods of Molten Slag(No.3:Resuts of laboratory tests for embankment)

[VII-88] Development of Effective Reutilization Methods of Molten Slag(No.4:Pilot scale construction of embankment and environmental monitoring)

[VII-89] Development of fly ash-based neutralizer for Tamagawa acidic water

[VII-90] Basic research on calcium carbonate production using steelmaking slag

[VII-91] Reduction of plastic combustion gas by porous ceramics made from waste GFRP and clay

[VII-92] Utilization of Porous Ceramics Recycled from GFRP as a Dye Adsorbent(Adsorption of Acid Dyes and Direct Dyes by Adjusting the pH of the Aqueous Dye Solution)

[VII-93] Dust suppression treatment of soil improvements using polymer

Authentication

[VII-88] Development of Effective Reutilization Methods of Molten Slag
(No.4:Pilot scale construction of embankment and environmental monitoring)

[VII-92] Utilization of Porous Ceramics Recycled from GFRP as a Dye Adsorbent
(Adsorption of Acid Dyes and Direct Dyes by Adjusting the pH of the Aqueous Dye Solution)