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Optimization of Siderite Ore Sintering Operation Conditions

机译:优化泥石矿矿石烧结操作条件

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摘要

Research was carried out on a pilot plant on sintering of various size siderite ore and limonite taken in various ratios. To study impact of a number of process factors on the sintering process performance and the obtained agglomerate quality at the minimum number of the carried out experiments, one of the experiment planning methods was used, and regression equations were derived. With these equations the effect of the ore size, siderite ore and limonite ratio, solid fuel consumption, sintered layer height on the agglomeration unit performance and the agglomerate metallurgical properties was reviewed. The obtained work results have great practical importance, as they allow optimization of siderite ore sintering operation conditions and production of high quality agglomerate. They may be used at a variety of the country agglomeration factories, where siderite ores will be used as iron ore component of the sinter burden.
机译:在烧结各种尺寸的绵羊矿石和以各种比例均采取的褐煤进行研究。 为了研究许多处理因素对烧结过程的影响以及在进行实验的最小数量的烧结过程性能和所得的聚集质量上,所使用的实验方法之一,并得出回归方程。 利用这些方程,综述了矿石尺寸,穗材矿石和褐铁矿比,固体燃料消耗,烧结层高度在附聚单元性能和附聚冶金特性的影响。 所获得的工作结果具有很大的实际重要性,因为它们允许优化矿石矿石烧结操作条件和高质量附注的生产。 它们可用于各种国家集聚工厂,其中含有矿石的矿石将被用作烧蚀矿床的铁矿石组分。

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