论乌达奇尼矿主脱水装置的安全运行

Q3 Engineering
N. Ovchinnikov
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引用次数: 0

摘要

地下采矿作业的安全在很大程度上取决于排水设施系统的运行可靠性。实践表明,近几年来,乌达奇尼地下金伯利岩矿主排水系统的可靠性明显下降。其中一个原因是泵送设备的运行可靠性较低。对国内金伯利岩矿山排水系统中运行的水泵流动部分的失效部分进行的外部检查表明,在其多因素破坏的总体情况中,水磨料磨损占主导地位。从乌达奇尼矿井的排水矿井中抽取的矿井水被认为是ALROSA矿井中污染最严重的。乌达奇尼煤矿主排水厂抽水设备抽水到白天地表的矿水中固体颗粒浓度增加的主要原因是,从地区排水系统的排水盆地进入其澄清水库的水污染日益严重。如此密集地将地区排水系统集水区中的机械杂质清除到主排水系统的澄清池中,是由于集水池淤积率的增加。而汇水区的快速淤积,反过来又是由系统地从箕斗箱下部清除污泥浆浆引起的。确定了采出的金伯利岩矿石在从给料机到输送带的超载过程中形成泥浆。在那里,它的溢出部分被用于将含金刚石原料灌入料斗的水冲洗掉。为了减少区域排水系统流域的淤积率,开发了一种用于清理溢出岩体的机械化综合体,并在文章中进行了描述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On Ensuring the Safe Operation of the Main Dewatering Plant at the Udachny Mine
Safety of the underground mining operations largely depends on the reliability of the functioning of the drainage facilities system. Practice shows that over the past few years, the reliability of the main drainage system of the underground kimberlite mine Udachny was noticeably decreased. One of the reasons for this was the low operational reliability of pumping equipment. External examinations of the failed parts of the flow part of pumps operating in the drainage systems of domestic kimberlite mines indicate the dominance of hydroabrasive wear in the overall picture of their multifactorial destruction. Mine waters pumped from the drainage mine workings of the Udachny mine is considered the most polluted among the mines of ALROSA. The main reason for the increase in the concentration of solid particles in the mine waters pumped to the daytime surface by the pumping equipment of the main drainage plant of the Udachny mine was the growing pollution of the waters coming from the drainage basins of the district drainage into its clarifying reservoirs. Such an intensive removal of mechanical impurities from the catchments of the district drainage into the clarifying tanks of the main drainage system is explained by an increase in the rate of siltation of the catchment tanks. And the rapid siltation of the catchments, in turn, is caused by the systematic removal of sludge-slurry pulp from the lower part of the skip trunk. It is established that the sludge slurry is formed during the overload of the extracted kimberlite ore from the feeder to the conveyor belt. There, its spilled part is washed off with water used for irrigation of diamond-bearing raw materials into the skip barrel. To reduce the rate of siltation of the drainage basins of the district drainage system, a mechanized complex for cleaning spilled rock mass was developed, described in the article.
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来源期刊
Bezopasnost'' Truda v Promyshlennosti
Bezopasnost'' Truda v Promyshlennosti Environmental Science-Environmental Science (miscellaneous)
CiteScore
1.00
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0.00%
发文量
110
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