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催化助燃剂强化烧结工业试验及机理分析
INDUSTRIAL EXPERIMENT AND MECHANISM OF SINTERING INTENSIFICATION WITH COMBUSTION CATALYST
【摘要】 分析了催化助燃剂强化烧结的机理。在考虑马钢工业试验结果与邯钢烧结原料特点基础上制备出功能更好及成本更低的催化助燃剂。在此基础上进行了添加催化助燃剂强化烧结工业性试验 ,验证了催化助燃剂具有增产降低煤耗的功效。试验结果表明 :往煤粉中添加 0 .1%的催化助燃剂 ,烧结生产可降煤耗 10 %以上 ,烧结矿产量和质量均有提高
【Abstract】 The mechanism of sintering intensification with combustion catalyst was analyzed A better combustion catalyst with lower cost was developed on the basis of pilot test carried out at Maanshan Iron and Steel Co , Ltd and according to raw materials characteristics at Handan Iron and Steel Group Co Thereby the industrial experiment of sintering intensification with this new catalyst was carried out, and the fact show that combustion catalyst could increase sinter output and decrease coal consumption With 0 1 % combustion catalyst in coal fines, the coal consumption is decreased by more than 10 %, the sinter output is increased and quality is improved
【Key words】 combustion catalyst; sintering intensification; energy saving; production increment;
- 【文献出处】 钢铁 ,Iron and Steel , 编辑部邮箱 ,2002年09期
- 【分类号】TF046.4
- 【被引频次】9
- 【下载频次】168