Outline of COURSE 50

The steel industry in Japan has already achieved the worldfs 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.

In the initiative gCool Earth 50h announced by the then Prime Minister Shinzo Abe in May 2007, proposed was the achievement of compatibility between environmental protection and economic growth through the utilization of energy-saving technologies and the like. To accomplish this aim, an initiative gCOURSE 50h or gCO2 Ultimate Reduction in Steelmaking Process by Innovative Technology for Cool Earth 50h was established and positioned as one of the gInnovative Technology Developmenth.

COURSE 50 aims at developing technologies to reduce CO2 emissions by approximately 30% through suppression of CO2 emissions from blast furnaces as well as capture - separation and recovery - of CO2 from blast furnace gas (BFG), and establishing the technologies by ca. 2030 with the final goal of industrializing and transferring the developed technologies by 2050.

The second step of NEDO* project - gEnvironmentally Harmonized Steelmaking Process Technology Development.h is now in progress (2013 - 2017) (*New Energy and Industrial Technology Development Organization)

Image of Outline of COURSE 50 Image of Present steelmaking process

Technologies to reduce CO2 emissions

Hydrogen reduction

Technologies to reduce iron ore with hydrogen.
More

Icon of Technologies to reduce CO2 emissions

Technologies to capture - separate and recover - CO2

CO2 capture

Technology for capture of CO2 contained in BFG(Blast Furnace Gas). More

Technologies to capture - separate and recover - CO2

Technologies to support COURSE 50

Icon of Technologies to support COURSE 50

Improvement of coke

Development of high strength and high reactivity coke in hydrogen reduction. More

Increase of hydrogen
concentration in coke oven gas

Technology for increasing hydrogen concentration in coke oven gas by utilizing 800Ž- unused waste heat of the gas.More

Utilization of unused waste heat

Technology to apply waste heat generated in a steelmaking plant to CO2 capture - separation and recovery.More

TOPbOutline of COURSE 50 bTechnologies to reduce CO2 emissions bTechnologies to capture - separate and recover - CO2 bTechnologies to support COURSE 50bR&D Organization

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