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Contaminant Transport from Disposal Sites and Potential Impact on Groundwater

机译:处置场所的污染物运输及其对地下水的潜在影响

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Prediction of groundwater reserve pollution by disposal sites was carried out using the Avu dumpsite situated at Owerri-Port Harcourt expressway, Owerri, Imo state. This was achieved through the use of an analytical solution to the Advective-Dispersive solute transport model. The contaminant compounds of interest were Nitrates and Phosphates due to their hazardous nature and predominance in environmental and health problem issues. The actual concentrations of Nitrates and Phosphates were determined experimentally by obtaining samples at a regular depth interval of 0.5 m from two locations at the dumpsite and at a control location. The predicted values were compared with the actual concentration values; a statistical analysis conducted to establish the relationship between the two variables. The Product-Moment coefficient of correlation, r between the predicted concentration values and the actual concentration values are high for both Nitrate and Phosphate. In addition, an inference test was conducted which positively established the fact that the presence of the dumpsite has a significant adverse effect on the surrounding soil and water environment. The predictions showed that the groundwater reserve might be polluted by the excessive Phosphate concentration (>0.02 mg L-1), while Nitrate is within the standard for use as drinking water (>10 mg L-1).
机译:使用位于伊莫州Owerri的Owerri-Port Harcourt高速公路上的Avu垃圾场,对处置场对地下水储量的污染进行了预测。这是通过对Advective-Dispersive溶质传输模型使用解析解决方案来实现的。由于它们的危险性质以及在环境和健康问题中的优势地位,因此关注的污染物化合物为硝酸盐和磷酸盐。硝酸盐和磷酸盐的实际浓度是通过从垃圾场和对照地点的两个位置以0.5 m的规则深度间隔获取样品来实验确定的。将预测值与实际浓度值进行比较;进行统计分析以建立两个变量之间的关系。对于硝酸盐和磷酸盐,预测浓度值和实际浓度值之间的乘积矩相关系数r高。另外,进行了推理测试,肯定地证明了垃圾场的存在对周围的土壤和水环境具有明显的不利影响。预测表明,过量的磷酸盐(> 0.02 mg L -1 )可能会污染地下水储量,而硝酸盐在饮用水标准(> 10 mg L -1 )。

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