Bulk Raw Materials Handling and Blending Techniques of Sinter Plant: A Case Study of Ajaokuta Steel Company Limited, Kogi State, Nigeria

C. Ocheri
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Abstract

Bulk raw materials handling plant and sintering plant preparatory plants are established to receive, blend, stockpile, prepare and supply specified grades of raw materials for smooth operations of iron making plant (Blast furnace), steel making plant (Basic oxygen converter) and lime Plant(calcinations plant). The study discusses bulk raw materials handling and some general problem of scientific analysis and documentation of basic equipment details, stockyard facilities, bulk materials transport systems and sinter processes, for the general knowledge and operational procedures of these plant for effective and efficient operational processes for optical results. Iron ore concentrate supplied from the mines to some extent fluctuate in their chemical composition as a result of the nature of the deposit with various factors controlling beneficiation processes and addition of metal-bearing materials collected as a waste product from the Rolling Mills, Blast Furnace and Sinter Plant which must be recycled through Iron ore concentrate stockyard. The part of the sinter mixture is melted at a temperature about 1300-1480 ° C and a sequence of reactions shaping the sinter cake to be loaded into the blast furnace to produce iron from a pig.  
烧结厂散装原料处理和混合技术:以尼日利亚科吉州Ajaokuta钢铁有限公司为例
建立散装原料处理厂和烧结厂预备厂,接收、混合、储存、准备和供应规定等级的原料,使炼铁厂(高炉)、炼钢厂(碱性氧转炉)和石灰厂(煅烧厂)顺利运行。该研究讨论了散装原材料处理和一些一般问题的科学分析和文件的基本设备细节,堆场设施,散装材料运输系统和烧结过程,为这些工厂的一般知识和操作程序的光学结果有效和高效的操作过程。由于矿床的性质,从矿山供应的铁矿精矿的化学成分在一定程度上波动,各种因素控制着选矿过程和从轧钢厂、高炉和烧结厂收集的作为废物的含金属材料的添加,这些材料必须通过铁矿精矿堆场回收。部分烧结混合物在约1300-1480°C的温度下熔化,并经过一系列反应形成烧结饼,将其装入高炉以从生铁中生产铁。
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