Development of High Performance CO2 Capture Process
COURSE50 STEP1における;高効率なCO2回収技術開発
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In this project, we are working on
1. Development of hydrogen reduction technology using blast furnaces
① Development of hydrogen reduction technologies utilizing hydrogen from within steelworks
② Development of low-carbon technologies using external hydrogen and CO2 contained in blast furnace exhaust gas
2. Development of direct hydrogen reduction technology to reduce low-grade iron ore using only hydrogen
① Development of direct hydrogen reduction technology
② Development of technology to remove impurities in electric furnaces using directly reduced iron
③ Development of technologies such as high-efficiency melting by an electric smelting furnace (ESF) using directly reduced iron
Results : 70
COURSE50 STEP1における;高効率なCO2回収技術開発
Development theme | Other |
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Author/Presenter | Mikihiro Hayashi |
Date | 2021/2/25 |
Journal/Conference | 第13回CCUS(carbon Capture, Utilization & Storage) 2014.4.28~5.01 |
「製鋼スラグ顕熱回収技術開発」のスラグ成形、熱回収実験結果
Development theme | Other |
---|---|
Author/Presenter | Y. Ta, H. Tobo, N. Shigaki and S. Ozawa |
Date | 2021/2/25 |
Journal/Conference | 9th Global Slag Conference and Exhibition 2013 |
Published materials | Proceedings, 2013, P4.1-4.4 |
焼結鉱中の還元速度と水素濃度の関係を基礎実験により調査した結果を公表
Development theme | 1-① COURSE50 |
---|---|
Author/Presenter | Taichi Murakami, Hiroki Wakabayashi, Daisuke Maruoka, Eiki Kasai |
Date | 2020/10/26 |
Journal/Conference | ISIJ International |
Published materials | vol.60 (2020) p.2678 |
CaO-FeO-SiO2-Al2O3-MgO挙動
Development theme | 1-① COURSE50 |
---|---|
Author/Presenter | Shigeru Ueda,, Takahiro Miki, Sun-Joong Kim, Xu Gao, Hiroshi Nogami And Shin-ya Kitamura |
Date | 2020/7/25 |
Journal/Conference | ISIJ International |
Published materials | Vol. 60 (2020), No. 7, 1380–1388 |
ホウ素系CO2吸収触媒の開発
Development theme | Other |
---|---|
Author/Presenter | Yoichi Matsuzaki, Shin Yamamoto, Hidetaka Yamada, Firoz A. Chowdhury, and Kazuya Goto |
Date | 2020/6/26 |
Journal/Conference | Industrial & Engineering Chemistry Research |
Published materials | 59(29), 13016-13023 (2020) |
非水系吸収液のCO2吸収・放散特性
Development theme | Other |
---|---|
Author/Presenter | Firoz Alam Chowdhury, Kazuya Goto, Hidetaka Yamada, and Yoichi Matsuzaki |
Date | 2020/6/7 |
Journal/Conference | International Journal of Greenhouse Gas Control |
Published materials | 99, 103081 (2020) |
CO2吸着剤として用いられる13Xゼオライトの混合ガス吸着特性に関する投稿論文
Development theme | Other |
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Author/Presenter | Nobuyuki Shigaki, Yasuhiro Mogi, Takashi Haraoka, Eiji Furuya |
Date | 2020/2/25 |
Journal/Conference | SN Applied Sciences |
Published materials | Vol.2, 488 (2020) |
LKAB試験高炉操業の概要
Development theme | 1-① COURSE50 |
---|---|
Author/Presenter | Shiro Watakabe, Kazuya Miyagawa, Shinroku Matsuzaki, Takanobu Inada, Yukio Tomita, Koji Saito, Masao Osame, Peter Sikström, Lena Sundqvist Ökvist, Jan-Olov Wikstrom |
Date | 2020/2/25 |
Journal/Conference | ISIJ International |
Published materials | vol.53 (2013) p.2065 |
COURSE50で開発され、既存産業分野に事業展開する“ESCAP"の紹介。
Development theme | Other |
---|---|
Author/Presenter | Tomohiro Mimura |
Date | 2020/2/25 |
Journal/Conference | ADIPEC2013 @アブダビ |
H24成果を発表。スラグ顕熱回収の実験設備建設と設計における検討について
Development theme | Other |
---|---|
Author/Presenter | K.Hagiwara, N.Shigaki, H.Tobo, Y.Ta, Y.Hagio |
Date | 2020/2/25 |
Journal/Conference | 9th Global Slag Conference and Exhibition 2013 |
Published materials | Proceedings, 2013, P5.1-5.4 |