OPTIMIZATION OF RAW MIX COMPOSITION OF SEREBRYANSKY CEMENT PLANT

M. Nikitina, A. Erygina, T. I. Timoshenko
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引用次数: 2

Abstract

now a top trend of technical development in the cement industry of Russia, is optimization of all technological repartitions of production. Obtaining the quality portlandtsement is multiple-factor process. It is influenced not only by the physical and chemical transformations of raw materials occurring during the firing of cement clinker, but also what will be the composition of the raw mixture and whether this mixture is prepared qualitatively. Work consists in a research and selection of an optimum compounding of raw mix, with the purpose to receive cement with high rates of quality. This direction will allow: first, to expand a source of raw materials, to process raw materials which go to dumps because in it is mute a large amount of quartz and impurity connections contains; secondly, to make small reconstruction of the line of preparation of raw mix. At the moment, the plant works on mixed mixtures of aluminosilicate raw materials, i.e. two types of aluminosilicate raw materials which are previously mixed in certain ratios therefore it affects on the accuracy of dispensing of components are used. Accuracy of dispensing of modern batchers, a component ± (1 … 2) %, is often insufficient. In this regard, the new option of optimum composition of mix is offered and investigated. This option of a "clean" mixing of components, will allow to improve process of mixing of initial raw materials, to operate process of drawing up proportions of mixes in a supply line of materials. And also it will allow to eliminate long-term deviations, guaranteeing the solution of problems at the earliest stage of their emergence. Receiving a qualitative ready-made product, reduction of costs for energy resources and cost efficiency of the proposed solution is result of this work
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谢列布良斯基水泥厂原料混合料组成的优化
现在俄罗斯水泥工业技术发展的一个主要趋势是优化生产的所有技术再分配。质量评价的获得是一个多因素过程。它不仅受水泥熟料烧制过程中原料发生的物理和化学变化的影响,而且还受原料混合料的组成以及该混合料是否经过定性制备的影响。工作包括研究和选择原料混合料的最佳配比,目的是获得高质量的水泥。这一方向将允许:首先,扩大原料来源,处理那些因为其中含有大量石英和杂质连接而进入垃圾场的原料;其次,对原拌料制备线进行小改造。目前,该工厂的工作是混合硅酸铝原料,即两种类型的硅酸铝原料预先按一定比例混合,因此它会影响分配组件的准确性。现代配料机的分配精度为±(1…2)%,通常是不够的。在此基础上,提出并研究了混合料最佳组成的新选择。这种组分“清洁”混合的选择,将允许改进初始原料混合的过程,操作在物料供应线中拟定混合比例的过程。它还可以消除长期偏差,保证在问题出现的最早阶段得到解决。这项工作的结果是获得了一个定性的现成产品,降低了能源成本,并提高了拟议解决方案的成本效率
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