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Groundwater quality considerations related to artificial recharge to the aquifer of the Korinthos Prefecture, Greece

机译:与人工补给到Korinthos县含水层的地下水质量考虑,希腊

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Artificial recharge was employed in a preliminary study as a means to restore the aquifer system of the Korinthos Prefecture and it was concluded that this method can significantly contribute to groundwater quality improvement. Extreme care, however, must be taken as temporary quality deterioration may occur due to washout of the unsaturated zone. Boreholes and dug wells appear most vulnerable to pollution and damage compared to other methods of artificial recharge, since injected water directly reaches the saturated zone. Diluted air and suspended solids content are key parameters for the recharge rate sustainability. A direct relationship between aquifer matrix lithology and the aforementioned factors has been observed. Injection water should be of identical chemical characteristics to resident groundwater. Despite limitations in its application, artificial recharge with water of different hydrochemical characteristics to resident groundwater appeared to be a comparatively low cost, effective remedial measure for aquifer restoration.
机译:人工回灌在一项初步研究,以恢复Korinthos地区的含水层系统手段使用,并得出结论,这种方法可以显著有助于地下水质量的改善。特别小心,但是,必须采取临时质量恶化,可能会出现由于非饱和区的冲刷。钻孔和挖井出现最容易受到污染和损伤相比人工补给的其它方法中,由于喷射的水直接到达饱和区域。稀释的空气和悬浮的固体含量是用于再充电速率的可持续性的关键参数。含水层矩阵岩性和上述因素之间的直接关系已经观察到。注射用水应该是相同的化学特性,居民的地下水。尽管在其应用的局限性,具有不同的化学特征,以居民用水地下水人工回灌似乎是一个成本相对较低,有效的补救措施对含水层的恢复。

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