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Impact Evaluation of a Decommissioned Landfill on Surrounding Groundwater Quality-a case study, Wang-Tien Landfill Site- southwest Taiwan

机译:退役垃圾填埋场对周围地下水水质的影响评估-以台湾西南地区王天垃圾填埋场为例

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Landfill leachate composes the potential risk of terrible environmental contamination due to the release of diverse pollutants leaking from the containment system. Hence, a study of contaminant transport is of interest for its suitable management. The aim of this paper was to evaluate groundwater pollution risks from contaminants near the decommissioned Wang-Tien landfill site using a numerical approach. Stable concentrations of various physical-chemical parameters were determined in surface and groundwater samples collected from the study area. Principal component analysis was applied and identified chloride concentrations as the main indicators of groundwater contamination caused by landfill leachate. In this study, Groundwater Modelling System (GMS) was used to predict the subsurface migration of contamination within 1, and 10 years. The numerical results of chloride have shown that the concentration in the adjacent creek of landfill was 782 mg/l. However, the Monitoring Standard Value of Environmental Protection Administration (EPA, in Taiwan) for Taiwan defined the maximum value of chloride in groundwater for 625 mg/l. The result shows that chloride migrated widely to other places, such as the creek, and has had an adverse effect on the environment.
机译:由于从安全壳系统泄漏的各种污染物的释放,垃圾填埋场渗滤液构成了可能造成严重环境污染的潜在风险。因此,对污染物迁移的研究对其适当的管理很有意义。本文的目的是使用数值方法评估退役的王天垃圾填埋场附近污染物造成的地下水污染风险。确定了从研究区域收集的地表水和地下水样品中各种物理化学参数的稳定浓度。应用主成分分析,并确定氯化物浓度是垃圾渗滤液引起的地下水污染的主要指标。在这项研究中,地下水建模系统(GMS)用于预测污染物在1年和10年内的地下迁移。氯化物的数值结果表明,垃圾填埋场附近小河中的浓度为782 mg / l。但是,台湾环境保护总署的监测标准值(台湾的EPA)定义了地下水中氯化物的最高含量为625 mg / l。结果表明,氯化物广泛地迁移到了其他地方,例如小溪,并对环境产生了不利影响。

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