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基于硫平衡計算的低硫燒結原料控制標準

Control criterion of low-sulfur sintering materials based on sulfur balance calculations

  • 摘要: 首先根據首鋼京唐鋼鐵公司燒結生產數據進行系統的硫平衡計算,分析各種燒結原料對廢氣中SO2排放量的影響權重,并在此基礎上作合理假設,結合國家標準對于不同燒結機SO2排放量的統一計量方法,推導出燒結原料硫含量與SO2排放量判定指標的關系式,建立低硫燒結原料控制標準.首鋼京唐鋼鐵公司燒結生產若要滿足500mg·m-3的SO2質量濃度限值,需要將混合料中硫的質量分數降至0.032%以下;若要滿足 200 mg·m-3 的SO2質量濃度限值,需要將混合料硫的質量分數降至0.013%以下,而這在當前的原料條件下是難以實現的.

     

    Abstract: Sulfur balance calculations were performed according to production data from Shougang Jingtang Steel Sintering Plant. The impact weight of each sintering material on SO2 concentration in sintering waste gas was analyzed, based on which some reasonable assumptions were made. In combination with the uniform measurement method of SO2 emission concentration for different sintering machines in Chinese standards, a relation formula between sulfur content in the sintering materials and judging index for SO2 emission concentration was deduced and a control criterion for low-sulfur sintering materials was established. If Shougang Jingtang Steel Sintering Plant wants to meet the SO2 emission concentration of 500 mg·m-3, the sulfur content in the sintering mixture need reduce to below 0. 032%; if it wants to meet the SO2 emission concentration of 200 mg·m-3, the sulfur content in the sintering mixture need reduce to below 0. 013%, but it is very difficult to realize under the current material condition.

     

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