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Determination of the Artificial Filtering Massif Location for Purification Quarry Wastewaters of Kamyshansky Open Pit Mine

机译:Kamyshansky露天煤矿净化采石场废水的人工过滤地块位置确定

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摘要

The most common purification methods in the coal industry are settling ponds and filtering treatment constructions. But in some cases, the use of traditional methods and schemes of water purification is complicated by the conditions of water discharge or does not provide the required water quality. For example, sharp seasonal fluctuations in the level of discharge and water pollution, a large number of spillways distant from each other and a change in their location during the development and moving of mining operations often make it difficult to use expensive and difficult to operate industrial wastewater treatment plants. Often, mining enterprises have a shortage of land areas to place such plants. In this regard, studies have been conducted aimed at identifying the possibility of water purification from suspended solids by filtering in arrays of coarse rock and semi-rock. Such arrays included, first of all, overburden dumps, various technological dams and embankments, as well as specially constructed filter arrays from mining waste. This article presents the results of studies to determine the location of the filter massif in the open pit “Kamyshansky”.
机译:煤炭工业中最常见的净化方法是沉淀池和过滤处理设施。但是在某些情况下,传统的水净化方法和方案的使用会因排水条件而变得复杂,或者无法提供所需的水质。例如,排放和水污染水平的季节性剧烈波动,大量溢洪道彼此相距遥远以及采矿作业的发展和移动过程中其位置的变化,常常使使用昂贵的燃料和工业化作业变得困难。废水处理厂。通常,采矿企业缺乏土地来放置此类工厂。在这方面,已经进行了旨在通过过滤粗岩石和半岩石阵列来从悬浮固体中净化水的可能性的研究。这些阵列首先包括覆盖物堆放场,各种技术水坝和堤防,以及从采矿废物中特别建造的过滤器阵列。本文介绍确定在“ Kamyshansky”露天矿中过滤器地块位置的研究结果。

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