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ECOLOGICAL AND TECHNOLOGYCAL ASPECTS OF ASH AND SLAG WASTES UTILIZATION

机译:灰烬和渣浪费利用的生态技术方面

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摘要

The article presents the results of investigation focused on the utilization of ash and slag wastes (ASW) in Russia including investigation of chemical and physical properties of ASW and processing products. Many factors influence the technological properties of ash and slag materials: naturals, processes and environments. The integrated treatment of ash and slag wastes of both stored and re-formed types will allow obtaining the following commercial products: coal concentrate, iron concentrate, aluminosilicate cenospheres, aluminosilicate product. In this study we have analyzed the methods for separation of ASW iron-containing part using the different types of the magnetic separation from the ash and slag material from one of the combined heat and power plant (CHPP) in the Russian Far East Federal District. The greatest interest is the dry magnetic separation with travelling electromagnetic field. The subject of research was a sample taken from one of ash dump of CHPP in the Far East. In the study iron concentrate containing Fetotal = 64% was obtained recovery 68% in the low intensity (up to 5 kOe) travelling magnetic field.
机译:文章介绍调查结果俄罗斯专注于灰渣废料(ASW)的使用,包括ASW的化学和物理性质和加工产品的调查。许多因素影响的灰渣材料技术性能:土黄,过程和环境。的灰分和残渣废物的综合处理都存储和重新形成的类型将允许获得以下商业产品:煤浓缩物,铁精矿,硅铝酸盐空心微珠,硅铝酸盐产品。在这项研究中,我们分析了使用不同类型从灰和渣料从俄罗斯远东联邦区的热电联产厂(CHPP)的一个磁分离的反潜含铁部分分离的方法。最大的兴趣是旅行电磁场的干式磁选。研究的主题是从远东热电站的灰场的一个取样。在含有该研究铁精矿Fetotal =获得64%的回收率68%的低强度(最多5千奥斯特)运动磁场。

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