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首页> 外文期刊>Solid Fuel Chemistry >Distribution of the Main Inorganic Elements of Kaa-Khem Coals in Ash-and-Slag Waste from the Kyzyl Heat and Power Plant
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Distribution of the Main Inorganic Elements of Kaa-Khem Coals in Ash-and-Slag Waste from the Kyzyl Heat and Power Plant

机译:克孜勒热电厂灰渣废渣中Kaa-Khem煤的主要无机元素分布

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摘要

Comparative silicate analysis data on the distribution of the main ash-forming elements of Kaa-Khem coals in fly ash and slag from the Kyzyl heat and power plant in 1989-2009 heating seasons are presented. The degree of binding of SO_2 from industrial smoke emissions increased in this two-decade time interval. The distribution of six main ash-forming elements between slag and fly ash is uneven: silicon, iron, manganese, and sulfur are concentrated in the slag. Fly ash is enriched in aluminum, titanium, and unburned carbon. The concentrations of alkali metals and calcium in the slag and fly ash are almost the same. The low-sulfur ash-and-slag waste of the Kyzyl heat and power plant with high silicon, aluminum, iron, calcium, and unburned carbon contents can be recommended as a raw material in the production of building materials, wall ceramics, and porous fillers, for road building, etc. The ash dump is of practical interest in terms of the extraction of valuable ferromagnetic materials (magnetite and ferrosilicon) and aluminosilicate micro-spheres.
机译:给出了在1989-2009年供暖季节,来自Kyzyl热电厂的粉煤灰和矿渣中Kaa-Khem煤的主要成灰元素分布的对比硅酸盐分析数据。在这两个十年的时间间隔内,工业烟气排放中SO_2的结合度增加了。炉渣和粉煤灰之间的六个主要成灰元素分布不均:硅,铁,锰和硫集中在炉渣中。粉煤灰富含铝,钛和未燃烧的碳。炉渣和粉煤灰中碱金属和钙的浓度几乎相同。推荐使用Kyzyl热电厂的低硫灰渣废料,其含有高的硅,铝,铁,钙和未燃烧的碳,可作为建筑材料,墙体陶瓷和多孔材料生产的原料在提取有价值的铁磁材料(磁铁矿和硅铁)和硅铝酸盐微球方面,灰渣堆具有实际意义。

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  • 来源
    《Solid Fuel Chemistry》 |2012年第5期|322-327|共6页
  • 作者单位

    Tuvinian State University, Kyzyl, Russia;

    Tuvinian Institute for Complex Exploration of Natural Resources, Siberian Branch, Russian Academy of Sciences, Kyzyl, 667000 Russia;

    Tuvinian State University, Kyzyl, Russia;

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