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(00474)Trace metals in soils and water in the area of a small - medium waste electrical and electronic equipment recycling plant

机译:(00474)中小型废物电气设备循环厂的土壤和水中的痕量金属

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A research conducted in order to investigate the environmental impact of an e-waste recycling plant to the soil and water resources of the surrounding area. Therefore trace elements in both water and soil samples were determined with Inductively Coupled Plasma - Mass Spectrometry (ICP-MS). Heavy metals in water comply with drinking water criteria, except Pb. Pb, Concentrations of Pb, Cr, Ni, Cu, Mn, Zn were higher in the rainwater collection tank (43.50, 10.90, 18.87, 81.17, 177.99, 330.17 μg/L)than the surficial water inside (8.93, 1.27, 4.97, 17.0, 91.87, 72.97 μg/L)and outside the plant (4.18, 1.28, 1.60, 10.35, 26.21, 12.10 μg/L). Ecological risk of soil samples was assessed with Enrichment Factors. Enrichment factor, for soils showed low to moderate enrichment. The more enriched soil samples in Cu, Pb, Zn, Cd and Hg were two collected west of the company S19 and S20 and two samples collected east S9 and S10.
机译:进行了一项研究,以研究E废料回收厂对周边地区土壤和水资源的环境影响。因此,用电感耦合等离子体质谱(ICP-MS)测定水和土壤样品中的微量元素。除了PB之外,水中的重金属符合饮用水标准。 Pb,Pb,Cr,Ni,Cu,Mn,Zn的浓度高于雨水收集罐(43.50,10.90,18.87,81.17,177.99,330.17μg/ L)高于内部的表面水(8.93,1.27,4.97, 17.0,91.87,72.97μg/ L)和植物外(4.18,1.28,1.60,10.35,26.21,12.10μg/ L)。利用富集因子评估土壤样品的生态风险。富集因子,土壤显示出低于中等的富集。在Cu,Pb,Zn,Cd和Hg中越富含富集的土壤样品是C19和S20以西的两次收集,并收集了East S9和S10的两个样品。

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