Steel Beyond The Crisis: Key Factors and Trends For The Future of Steel Industry
Steel Beyond The Crisis: Key Factors and Trends For The Future of Steel Industry
Steel Beyond The Crisis: Key Factors and Trends For The Future of Steel Industry
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Despite a relative decrease in the weight of Japan, a certain level of domestic demand will be sustained, especially for high-grade steels.
Japan will be still important as an R&D foothold for major steel-using industries. Specific measures Strengthening competitiveness mainly in high-grade steels, focusing on technological advances Furthering the alliance with Japanese partners (Sumitomo Metals, Kobe Steel).
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To capture the growing steel demand in BRIC and other developing countries, weve developed several steel businesses in these countries. In addition to the projects in progress, we keep on searching for further business chances.
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2. Climate Change
(1) (2) Current and medium-term measures Long-term measures
2-(1)- ECO-PROCESS
Japanese steel mills energy efficiency is at the worlds highest level. Increasing other countries steel production by decreasing Japans output will not lead to total CO2 reduction in the world. Further improvement of energy efficiency High-efficiency power- generation equipment Chemical recycling of waste plastics at integrated steel plants The SCOPE21-type coke-oven batteries
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2-(1)- ECO-PRODUCTS
The worlds highest-level high-function steel products contribute to energy conservation and CO2 reduction in the demand sectors.
The effect of such CO2 reductions is estimated at about million tons in Fiscal 2008, by these five main products. (automotive steel sheet, ship plate, oriented electrical steel sheet, boiler tube, stainless steel sheet)
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2-(1)- ECO-SOLUTIONS
Given energy-saving technologies of Japanese steel mills are transferred internationally , the CO2 reduction potential is estimated at 340 million tons worldwide. This figure is equivalent to 25% of Japans total CO2 emissions. International cooperative measures Japan/China Steel Industry Environment & Energy-Saving Advanced Technology Exchange APP (7 countries) World Steel Association (60 member-countries)
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2-(2)
Long-term measures
Present steelmaking method uses coal for reduction of iron ore, so CO2 emission is inevitable.
CO2 reduction of some 30% through the reduction of iron ore by hydrogen, and the separation and recovery of CO2 from blast-furnace gas. Establish the technology by around 2030 industrialize the technology by around 2050
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3. Raw Material
(1) (2) Key factors and trends Our basic Policy
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Thank you.
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