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Quantification of Lead Fractions in Contaminated Soil Pedons of Coimbatore Industrial Belts, Tamil Nadu, India

机译:印度泰米尔纳德邦哥印拜陀工业区污染土壤P中铅组分的定量分析

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The risk to the environment from contaminated soil can not be assessed by simply considering the total amount of potentially toxic metals within the soil because these metals are not necessarily completely mobile or bio-available. Hence, it is necessary to reduce the fraction of toxic elements that is potentially mobile or bio-available. Total lead varied from traces to 250.0 ppm. The amounts of other lead fractions were 0-1.31,0-4.81,0-85.81,0-89.31,0-63.52 and 0-50.81 ppm for water soluble, exchangeable and adsorbed, organically bound, carbonate bound, Fe-Mn oxide and residual fraction respectively. Bio-available form of lead is very dangerous and mostly seen in roadside profiles of Ganapathy and Ukkadam areas.
机译:不能仅通过考虑土壤中潜在有毒金属的总量来评估受污染土壤对环境的风险,因为这些金属不一定完全可移动或可生物利用。因此,有必要减少可能移动或生物利用的有毒元素的比例。总铅含量从痕量变化到250.0 ppm。对于水溶性,可交换和吸附的,有机结合的,碳酸盐结合的,Fe-Mn氧化物和残留分数。铅的生物可利用形式非常危险,并且大多见于Ganapathy和Ukkadam地区的路边。

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