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Determination of groundwater potential in obiaruku and environs using surface geoelectric sounding

机译:利用地表电探法测定奥比亚鲁库及周边地区的地下水潜力

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The interpretation of ten resistivity curves in Obiaruku and environs indicates that the area has a great groundwater potential. Correlation of the curves with the lithologic log from a nearby borehole in Ghana quarters, reveals the lithologic succession as an extensive sandy unit between the range of 20 m and 136 m. The medium grained sand unit, which is the aquiferous zone, has a resistivity range of between 300 Ωm and 600 Ωm. The result of the interpreted data and the lithologic log from the borehole indicates three to five geoelectric layers except at Adonishaka, which has a confined aquifer in the third layer and Umukwata that has a confined aquifer in the second layer, the study area generally has an unconfined aquifer, which is in the second layer. In the event of pollution, the groundwater may be contaminated. Sinking of water borehole is not recommended in these areas. Boreholes for potable water are therefore recommended at locations within Adonishaka and Umukwata areas. The present study acts as a guide for future groundwater exploration and exploitation.
机译:在Obiaruku和周边地区的十个电阻率曲线的解释表明,该地区具有很大的地下水潜力。曲线与加纳附近一个钻孔的岩性测井曲线的相关性表明,岩性演替为20 m至136 m范围内的广泛砂质单元。中粒砂单元(含水区域)的电阻率范围在300Ωm至600Ωm之间。解释数据的结果和来自钻孔的岩性测井结果表明,除了Adonishaka(三层有一个承压含水层)和Umukwata(第二层有一个承压含水层)外,三到五个地电层,研究区域通常有一个无限制含水层,位于第二层。如果发生污染,地下水可能会受到污染。不建议在这些区域沉水。因此,建议在Adonishaka和Umukwata地区内的地区使用饮用水钻孔。本研究为将来的地下水勘探和开发提供了指导。

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