2022/1/20
Literature
Literatures have been updated.
Literatures
To the future of the
low carbon blast furanceCO2 Ultimate Reduction System for Cool Earth 50 (COURSE50) Project
News
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2021/2/15 Announce
Basic Policy of the Japan steel industry on 2050 Carbon Neutrality aimed by the Japanese government
Japan Iron and Steel Federation announced the "Bas…
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2021/1/15 Literature
COURSE 50 paper published in ISIJ International
We have reported the results of a research regardi…
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2020/12/23 AnnounceFinance Minister Aso visits COURSE 50 test blast furnace
On December 23, 2020, Japan’s Finance Minister Tar…
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2020/12/20 AnnounceJISF carries out 8th and 9th testing of test blast furnace
For the COURSE 50 test blast furnace, we have cond…
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2020/10/1 Announce
METI Minister Kajiyama visits COURSE 50 test blast furnace
On October 1, 2020, Japan’s Economy, Trade and Ind…
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2020/8/21 Announce
COURSE 50 receives high rating in NEDO’s interim evaluation
The COURSE 50 project (formal name:CO2 Ultimate Re…
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2020/8/5 Literature
JISF gives presentation at 29th Annual Meeting of the Japan Institute of Energy
We have reported the results of a research that re…
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2020/6/25 Announce
NEDO announces implementation policy for fiscal year 2020
The policy for implementing COURSE 50 for fiscal y…
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2020/6/8 AnnounceKeidanren picks COURSE 50 process for its “Challenge Zero” initiative!
COURSE 50 has been chosen for the "Challenge Zero"…
Literature
The following list is COURES 50 reports since 2013.
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Heat recovery from low-temperature off-gas for use in CO2 separation processes
COURSE50 SG5-1 低温排ガス顕熱回収技術における開発内容の紹介
Author/Presenter K.Kobayashi , H.Kozuru , M.Sekiya Journal/Conference The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment (CUUTE-1) -
Development of CO2 Reduction Technology from Blast Furnace
COURSE50 フェーズⅠstep2の試験高炉操業結果について紹介
Author/Presenter K.Nakano H.Sakai , K.Nishioka , Y.Ujisawa , K.Kakiuchi , K.Sunahara , Y.Matsukura , K.Yokoyama , S.Tomisaki Journal/Conference The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment (CUUTE-1) -
Development of Mathematical Blast Furnace Model for CO2 Reduction Technology (COURSE50)
COURSE50 フェーズⅠstep2における高炉数学モデルの開発状況について紹介
Author/Presenter H.Sakai , K.Nakano , K.Nishioka , Y.Ujisawa , K.Kakiuchi , K.Sunahara , Y.Matsukura , K.Yokoyama , S.Tomisaki Journal/Conference The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment (CUUTE-1) -
Experimental and Numerical Study on Degradation Behavior of Coke with CO2 or H2O Gasification Reaction at High Temperature
SG7,(3)-2新規技術創出研究、6)「過酷環境に屈しない高強度コークス設計のための研究開発」において実施したガス化反応によるコークスの劣化に関する研究成果を報告する。
Author/Presenter Yuya Ono , Yuka Fukuda , Yuya Sumitani , Yoshiya Matsukawa , Yasuhiro Saito , Yohsuke Matsushita , Hideyuki Aoki , Takahiro Shishido , Noriyuki Okuyama Journal/Conference Fuel
TECHNOLOGY
Through which contributing to
CO2 reduction as one of the
countermeasures for global warming.
The steel industry in Japan has already achieved the world’s top-level energy efficiency by making persistent efforts for energy saving, through which contributing to CO2 reduction as one of the countermeasures for global warming. Technology development is the key to responding to requests for further reduction of CO2 on a global scale, and drastic steps by innovative technologies are deemed indispensable in the long term.
Technology
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01Technologies to reduce CO2 emissions
Hydrogen reduction of iron ore generates H2O instead of CO2, leading to decrease in CO2 emissions.
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02Capture – Separate and Recover – CO2
Development of chemical absorption technology.
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03Technologies to support COURSE50
Development of high-Strength coke production and waste heat recovery technologies for Course 50 process.
Message
We will challenge the development of
innovative technologies aimed at
reducing CO2 emissions.
