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      고로 (高爐) 슬러지를 사용한 펠릿의 환원속도 및 탈 Zn 성 = Reduction Rate and Dezincing of Pellets Made of Blast Furnace Sludge

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      https://www.riss.kr/link?id=A3232425

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      Pellets made of blast furnace sludge were reduced utilizing mixed carbon in CO 30%-N₂70 % gas mixture, and effects of carbon content and temperature on reduction rate were studied. Swelling was observed when the pellets were reduced at 900-1,000℃, while sintering occurred at temperatures above 1,100℃. Reduction rate of iron oxide increased rapidly when the carbon content and/or temperature were increased. Formation of low-melting slag retarded the reduction rate. In order to accomplish dezincing process effectively, reaction temperature should be kept above 1,000℃.
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      Pellets made of blast furnace sludge were reduced utilizing mixed carbon in CO 30%-N₂70 % gas mixture, and effects of carbon content and temperature on reduction rate were studied. Swelling was observed when the pellets were reduced at 900-1,000℃,...

      Pellets made of blast furnace sludge were reduced utilizing mixed carbon in CO 30%-N₂70 % gas mixture, and effects of carbon content and temperature on reduction rate were studied. Swelling was observed when the pellets were reduced at 900-1,000℃, while sintering occurred at temperatures above 1,100℃. Reduction rate of iron oxide increased rapidly when the carbon content and/or temperature were increased. Formation of low-melting slag retarded the reduction rate. In order to accomplish dezincing process effectively, reaction temperature should be kept above 1,000℃.

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