The Impact of Heavy Metals on the Quality of Drinking Water in Some Villages of the Shala of Bajgora Mountain Massif – Kosovo

M. Kelmendi, Ismet Mulliqi, Sadija Kadriu, Yllka Mehana, Berat Sinani
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Abstract

Given that the Shala of Bajgora mountain massif geographically extends over a territory already known for its min - eral wealth, where heavy metals predominantly dominate, the groundwater and surface waters that traverse this part of Kosovo’s territory are in the vast majority of cases seriously contaminated with these metals. As a result of this pollution, the inhabitants of these 33 villages of this mountain massif, to varying degrees, both in the past and today, continue to face significant health problems, as the water they consume for drinking is taken from wells and natural sources of these settlements. Knowing the role that water plays in the health of humans and other living beings, our study object focuses on researching, analyzing, evaluating, and interpreting the actual condition of the presence or absence of heavy metals in the waters of some villages of this mountain massif. To ascertain the real condition of the quality of these waters, we have designated several monitoring points - representative, from where we will gather the necessary information about the state of these waters. To be as objective as possible in the analysis of water samples, we have applied classic (volumetric) and instrumental methods of chemical analysis. The results obtained were compared with the reference values of the EU Directive and the Administrative Instruction of Kosovo. The analyses have shown the presence beyond reference values of Pb, Zn, Cd, and Ni in some of the sampling sites.
重金属对科索沃巴伊戈拉山丘沙拉部分村庄饮用水质量的影响
由于巴伊戈拉山地丘陵在地理上延伸到一个以矿产资源丰富而著称的地区,重金属在该地区占 主导地位,因此,流经科索沃这部分领土的地下水和地表水在绝大多数情况下都受到这些金属 的严重污染。由于这种污染,该山区 33 个村庄的居民在过去和现在都不同程度地面临着严重的健康问题,因为他们饮用的水取自这些定居点的水井和天然水源。了解到水对人类和其他生物的健康所起的作用,我们的研究对象侧重于研究、分析、评估和解释该山区一些村庄水体中是否存在重金属的实际情况。为了确定这些水域水质的真实情况,我们指定了几个具有代表性的监测点,从这些监测点收集有关这些水域状况的必要信息。为了尽可能客观地分析水样,我们采用了传统的(体积)和仪器化学分析方法。分析结果与欧盟指令和科索沃行政指令的参考值进行了比较。分析表明,在一些采样点,铅、锌、镉和镍的含量超出了参考值。
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