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Soil pollution under the effect of treated municipal wastewater

机译:市政污水处理后的土壤污染

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摘要

Soil heavy metal pollution due to waste-water reuse was assessed by means of the concentration factor (CF) and/or pollution load index (PLI).In this respect, a greenhouse pot experiment was conducted, using a completely randomized block design, including five treatments of treated municipal waste-water (0%, 25%, 50%, 75%, and 100%), in four replications. Brassica oleracea var. Capitata was used as a test crop. The optimum CFs were expressed as a function of maximum dry matter of cabbage plant parts yield, and the values obtained per plant part were as follows: stems-Zn-CF 2.96, Co-CF 0.85, Ni-CF 0.92; whole plant-Cu-CF 3.90, Ni-CF 0.87, and Pb-CF 11.52; and leaves-Pb-CF 11.78. The PLI was calculated as the geometric mean of the CF of each metal, and was related to the maximum dry mater yield of cabbage stems and heads. The optimum values found were: stems PLI 1.99-2.55 and heads 2.25.
机译:通过浓缩因子(CF)和/或污染负荷指数(PLI)对废水回用造成的土壤重金属污染进行了评估,为此进行了温室盆栽试验,采用了完全随机的区组设计,包括重复处理五种处理过的市政废水(0%,25%,50%,75%和100%)。甘蓝型油菜卡皮塔塔用作试验作物。最佳CFs表示为甘蓝植物部分产量最大干物质的函数,每个植物部分获得的值如下:茎-Zn-CF 2.96,Co-CF 0.85,Ni-CF 0.92;茎-Zn-CF 2.96,Co-CF 0.85,Ni-CF 0.92。全株-Cu-CF 3.90,Ni-CF 0.87和Pb-CF 11.52;和叶子-铅-CF 11.78。 PLI被计算为每种金属的CF的几何平均值,并且与甘蓝茎和头的最大干物质产量相关。发现的最佳值是:茎PLI 1.99-2.55和头2.25。

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