2003Journal of Liaoning Technical UniversityRequires access

Discussion of technics and parameters of electric furnace for smelting high-carbon ferromanganese

Wei Wang

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Abstract

Most 9 000kVA electric furnaces in national ferroalloy enterprises suffer much loss when smelting high-carbon ferromanganese because they apply former Soviet formula to compute technics and electric parameters. By comparing the four international computing methods which areand I find that using formula to compute furnace technics and electric parameters is more reasonable; at the same time, I analyze the reason why the rate of recovery of manganese is low and the energy consumption is great, and provide the basis for equipment reconstruction and energy saving.

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What this paper is about

Most 9 000kVA electric furnaces in national ferroalloy enterprises suffer much loss when smelting high-carbon ferromanganese because they apply former Soviet formula to compute technics and electric parameters. By comparing the four international computing methods which areand I find that using formula to compute furnace technics and electric parameters is more reasonable; at the same time, I analyze the reason why the rate of recovery of manganese is low and the energy consumption is great, and provide the basis for equipment reconstruction and energy saving.

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Available abstract

Most 9 000kVA electric furnaces in national ferroalloy enterprises suffer much loss when smelting high-carbon ferromanganese because they apply former Soviet formula to compute technics and electric parameters. By comparing the four international computing methods which areand I find that using formula to compute furnace technics and electric parameters is more reasonable; at the same time, I analyze the reason why the rate of recovery of manganese is low and the energy consumption is great, and provide the basis for equipment reconstruction and energy saving.

Key concepts: Ferromanganese, Ferroalloy, Smelting, Manganese, High carbon, Metallurgy, Electric energy consumption, Carbon fibers

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