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Chemistry of groundwater from sandstone aquifer in Wolonghu coal mine, northern Anhui Province, China

机译:中国北安徽北安徽砂岩含水层地下水化学

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Water disaster during coal mining in northern Anhui Province, China is serious at the moment and geochemical method is important for controlling of water disaster, In this paper, the major ion chemistry of groundwater from a sandstone aquifer in Wolonghu coal mine have been measured for evaluating the factors controlling the groundwater chemistry, the results indicate that these water are alkaline in nature and show highly mineralization and then can be classified as two types in recharge and discharge zone with different chemical signatures, respectively. They are oversaturated with calcite and dolomite but under-saturated with gypsum. The correlation between ion concentrations suggest that the chemical compositions of groundwater are controlled by multi factors including dissolution of calcite, dolomite and silicate minerals, evaporation and ion exchange.
机译:水灾在安徽省北部的煤矿过程中,中国严重,地球化学方法对于控制水灾的来说很重要,本文已经测量了伍尔胡煤矿砂岩含水层的地下水的主要离子化学。评估了控制地下水化学的因素,结果表明这些水本质上是碱性的,并且表现出高度矿化,然后可以分别在具有不同的化学签名中的再充电和放电区中的两种类型。它们以方解石和白云石过度,但用石膏饱和而饱和。离子浓度之间的相关性表明地下水的化学组成由多因素控制,包括方解石,白云石和硅酸盐矿物质,蒸发和离子交换的溶解。

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