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Applied Technological Direction of Power Plant Ash and Slag Waste Management when Kuznetsk Bituminous Coal is Burned

机译:库兹涅茨克烟煤焚烧发电厂灰渣处理的应用技术方向

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Currently a lot of power plants have a problem with storage of coal combustion solid by-products (ash and slag). Holding capacity of existing power plants available ash dumps were enlarged and modernized repeatedly. Many plants have two or even three of them. Today new ash dump construction is economically inconvenient due to need to assign new plots of land and their inconveniently big distance from a plant, which increase ash and slag transportation expenses. The goal of our research work is to find promising directions for ash and slag waste mass utilization based on Kuznetsk bituminous coals experimental data on ultimate composition and properties. The experimental research of ash, slag and their mixture samples from ash dumps brought us to conclusion that the most promising direction for these materials application in large quantities is construction industry including road construction. Be-sides, we lined up some other directions for ash, slag, and ash and slag mixture possible application. These directions might not provide mass utilization but they are promising from a point of view of the researched waste properties.
机译:当前,许多发电厂在储存煤燃烧固体副产物(灰分和矿渣)方面存在问题。现有电厂的可用灰渣堆的容纳能力不断扩大和现代化。许多植物有两个甚至三个。如今,由于需要分配新的土地及其与工厂的不便距离,新的灰场建设在经济上不方便,这增加了灰烬和炉渣的运输费用。我们研究工作的目标是根据库兹涅茨克烟煤的终极成分和性质的实验数据,为灰分和矿渣废料的利用找到有希望的方向。对灰渣,灰渣及其混合物样品的实验研究使我们得出结论,这些材料大量应用的最有希望的方向是包括道路建设在内的建筑行业。除此之外,我们还为灰分,矿渣以及灰分和矿渣混合物的可能应用列出了其他一些方向。这些方向可能无法提供大量利用,但从研究的废物性质的角度来看,它们是有希望的。

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