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Level of Pollution on Surrounding Environment from Landfill Aftercare

机译:垃圾填埋场善后处理对周围环境的污染程度

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摘要

This work examines how the pollution from landfill aftercare effect the surrounding area and water basins. The subject of the study was a closed landfill where waste was disposed of without any accounting and operation of the landfill. During the study, soil, surface water, and sediment samples were taken over a two-year period. The data obtained compared with the maximum allowable concentrations established in the Northern part of Lithuania. The water sampling sites were selected taking into account the direction of the water flow, and the landfill was found to influence the water quality. Within 500 meters before the landfill, heavy metals and metalloid concentrations did not exceed the maximum allowable concentrations (Pb ≤ 20 µg/L; Ni ≤ 40 µg/L; Cr ≤ 100 µg/L; Cu ≤ 100 µg/L and As ≤ 20 µg/L). Soil and water sediment contamination factor and contamination level were determined for each metal and metalloid individually, which showed that as a single chemical element and its compounds none of them pose any danger to the environment. A different situation can be seen when calculating the total level of contamination, taking into account all pollutants classified as very hazardous, Z > 10. The results showed that monitoring (of surface water, including soil) and investigations, helping to reduce negative environmental impact, should be continued in the closed landfill.
机译:这项工作研究了垃圾掩埋后的污染如何影响周围地区和水盆。研究的对象是一个封闭的垃圾填埋场,在没有任何核算和操作的情况下处理垃圾。在研究过程中,在两年的时间内对土壤,地表水和沉积物进行了采样。获得的数据与立陶宛北部确定的最大允许浓度进行了比较。选择水采样点时要考虑到水的流动方向,发现垃圾填埋场会影响水质。垃圾填埋场前500米之内,重金属和准金属的浓度未超过最大允许浓度(Pb≤20 µg / L; Ni≤40 µg / L; Cr≤100 µg / L; Cu≤100 µg / L和As≤ 20 µg / L)。分别确定了每种金属和准金属的土壤和水沉积物污染因子和污染水平,这表明作为单一化学元素及其化合物,它们都不会对环境造成任何危害。在计算总污染水平时,考虑到所有被分类为非常危险的污染物,Z> 10,可以看到不同的情况。结果表明,对(包括土壤在内的地表水)进行监测和调查有助于减少负面的环境影响,应在封闭的垃圾填埋场继续进行。

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