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Study on arsenic level in ground water of Delhi using hydride generator accessory coupled with atomic absorption spectrophotometer

机译:氢化物发生器附件-原子吸收分光光度计研究德里地下水中砷的含量

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Surveillance of drinking water is essentially a health measure intended to protect the public from water borne diseases. Hydride generator accessory coupled with atomic absorption spectrophotometer was used to analyze arsenic level in 49 ground water samples collected from different areas of Delhi. Arsenic level in ground water samples was in the range of 0.0170 to 0.100 ppm (Mean-0.0431, Standard Deviation-0.0136, Std. error of Mean-0.00194) with minimum concentration at Raney Well No. 7 (0.0170 ppm) and maximum at Kotla Mubarak Pur (0.100 ppm). Arsenic containing sediments and percolation of chemicals into soil as the result of dumping of garbage rich in chemicals into open landfills could be the possible source of arsenic in ground water of Delhi. Extensive survey and continuous monitoring is required to be made to assess the magnitude of problem and earlier intervention.
机译:对饮用水进行监视本质上是旨在保护公众免受水传播疾病侵害的健康措施。氢化物发生器附件与原子吸收分光光度计结合使用,分析了从德里不同地区收集的49个地下水样品中的砷含量。地下水样品中的砷含量在0.0170至0.100 ppm(平均值-0.0431,标准偏差-0.0136,平均值的标准误差-0.00194)的范围内,最低浓度在兰尼7号井(0.0170 ppm)处,而最高浓度在Kotla Mubarak Pur(0.100 ppm)。将富含化学物质的垃圾倾倒到露天垃圾填埋场中,导致含砷沉积物和化学物质渗入土壤,这可能是德里地下水中砷的可能来源。需要进行广泛的调查和连续监测以评估问题的严重程度和及早干预。

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