首页> 外文期刊>Open Journal of Geology >Monitoring of Fluoride Concentration in Groundwater of Tosham Block, Bhiwani District, NW, India: Correlation with Physico-Chemical Parameters
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Monitoring of Fluoride Concentration in Groundwater of Tosham Block, Bhiwani District, NW, India: Correlation with Physico-Chemical Parameters

机译:印度北部富士区的Tosham Block地下水中氟化物浓度的监测:与物理化学参数相关性

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Hydrogeochemical investigations were carried out in the eight villages of Tosham Block; district Bhiwani, Haryana to recognize the mechanism and sources of enrichment of fluoride in the groundwater. The results specify that concentrations of fluoride attain up to 1.9 mg/l in groundwater samples. In the soils, the overall fluorine contents vary between 1.1 and 2.7 mg/kg, which could have sufficient potential to released fluorine into the groundwater. In groundwater, the fluoride enrichment is primarily controlled by solubility of fluorite, intensity of evapotranspiration, residence time and the processes of weathering prevailing in Tosham area. Moreover, various other water quality parameters such as pH, electrical conductivity, total hardness, and total alkalinity as well as calcium, magnesium, carbonate, bicarbonate and chloride concentrations were also calculated. A logical calculation of correlation coefficients between different physico-chemical parameters was done. The 67% of groundwater samples do not comply with WHO standards of fluoride for drinking purposes. The excessive fluoride concentration in the groundwater of villages under study causes dental fluorosis among people especially the children. Except few of villages, without any prior treatment, the overall quality of water was found unacceptable for drinking purposes.
机译:在Tosham Block的八个村庄进行了水文层研究;哈里亚纳区小区吴湾地区识别地下水中氟化物的富集机制和来源。结果指定氟化物浓度在地下水样品中达到1.9mg / L.在土壤中,整体氟含量在1.1和2.7mg / kg之间变化,这可能具有足够的潜力来释放到地下水中。在地下水中,氟化物富集主要是通过萤石,蒸散蒸腾,停留时间和风化中普遍存在的过程的溶解性来控制。此外,还计算了各种其他水质参数,例如pH,导电性,总硬度和总碱度以及钙,镁,碳酸盐,碳酸氢盐和氯化物浓度。完成了不同物理化学参数之间的相关系数的逻辑计算。 67%的地下水样品不符合氟化士标准的饮用目的。在研究下的村庄地下水中的过度氟化物浓度导致牙科氟中毒,尤其是儿童。除了村庄少数村庄,没有任何先前的治疗,发现整体水的水量是不可接受的饮用目的。

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