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Study of evaluation of groundwater in Gadilam basin using hydrogeochemical and isotope data

机译:利用水文地球化学和同位素数据评估加迪拉姆盆地地下水的研究

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Gadilam river basin has gained its importance due to the presence of Neyveli Lignite open cast mines and other industrial complexes. It is also due to extensive depressurization of Cuddalore aquifer, and bore wells for New Veeranam Scheme are constructed downstream of the basin. Geochemical indicators of groundwater were used to identify the chemical processes that control hydrogeochemistry. Chemical parameters of groundwater such as pH, electrical conductivity, total dissolved solids, sodium (Na~+), potassium (K~+), calcium (Ca~+), magnesium (Mg~+), bicarbonate (HCO_3~-), sulfate (SO_4~-), phosphate (PO_4~-), and silica (H_4SiO_4) were determined. Interpretation of hydrogeochemical data suggests that leaching of ions followed by weathering and anthropogenic impact controls thernchemistry of the groundwater. Isotopic study reveals that recharge from meteoric source in sedimentary terrain and rock-water interaction with significant evaporation prevails in hard rock region.
机译:由于Neyveli褐煤露天矿和其他工业园区的存在,加迪拉姆河流域变得越来越重要。这也是由于Cuddalore含水层的大幅降压,而在盆地下游建造了新Veeranam方案的井眼。地下水的地球化学指标被用来识别控制水文地球化学的化学过程。地下水的化学参数,例如pH,电导率,总溶解固体,钠(Na〜+),钾(K〜+),钙(Ca〜+),镁(Mg〜+),碳酸氢盐(HCO_3〜-),测定了硫酸根(SO_4-),磷酸根(PO_4-)和二氧化硅(H_4SiO_4)。对水文地球化学数据的解释表明,离子的淋溶以及随后的风化和人为影响控制了地下水的化学性质。同位素研究表明,硬岩地区普遍存在沉积地形中的陨石源补给以及具有明显蒸发作用的岩水相互作用。

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