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Landfill Leachate Generation and Its Impact on Water at an Urban Landfill(Jebel Chakir, Tunisia)

机译:垃圾填埋场渗滤液的产生及其对城市垃圾填埋场水的影响(突尼斯,Jebel Chakir)

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The current research examined the level of surface and groundwater contamination near a municipal solid waste landfill site in Tunis City. The site of Jebel Chakir is the largest and the first controlled in Tunisia, in operation since May 1999. It receives 1800 tons/day of municipal solid waste incoming from great Tunis. Water quality parameters (physico-chemical and heavy metals) of leachate, surface and groundwater samples were analyzed. The mean concentrations of all measured parameters except Salinity, Na2SO4 and Mg in groundwater conform to the stipulated World Health Organization potable water standards and the Tunisian Standard for Drinking Water Quality. The current results show insignificant impact of the landfill operations on surface and the groundwater resource. The existing soil stratigraphy at the landfill site consisting of clay intercalated with clay gypsum or chalky is deduced to have significantly influenced natural attenuation of leachate into the groundwater resource. The research recommends an upgrade of the solous landfill to a standard that would guarantee adequate protection of both the surface and the groundwater resources in the locality.
机译:当前的研究检查了突尼斯市一个城市固体垃圾填埋场附近的地表和地下水污染水平。 Jebel Chakir场址自1999年5月开始运营,是突尼斯最大,受控制最多的场址。每天接收来自大突尼斯的1800吨城市固体废物。分析渗滤液,地表水和地下水样品的水质参数(理化和重金属)。地下水中除盐度,Na2SO4和Mg以外的所有测量参数的平均浓度均符合世界卫生组织规定的饮用水标准和突尼斯饮用水水质标准。目前的结果表明,垃圾填埋场对地表和地下水资源的影响不大。推论垃圾填埋场现有的土壤地层(由粘土和石膏或白垩夹层组成)组成,对渗滤液向地下水资源的自然衰减有显着影响。该研究建议将固体垃圾填埋场升级为一个标准,以确保对该地区的地表和地下水资源都进行充分的保护。

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