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Evaluation of copper tailing amendments through poultry waste and ammonium nitrate

机译:通过家禽废物和硝酸铵评估铜拖尾修正

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In this study, two amendments, poultry waste and ammonium nitrate, were evaluated to condition and stabilize a mine tailing and thus help the vegetation cover settle. Individually, ammonium nitrate was tested as a nitrogen source and chicken bone ash as a phosphate source. For this, laboratory tests were made on soil columns from the area to be remediated. The mobility and availability of metals and nutrients were determined by analyzing their leachates chemically. The results showed that the use of chicken bone ash decreases soluble metal concentrations, particularly in Fe and soluble Mn. On the other hand, experimental conditions proved that the acidification produced by ammonium nitrate nitrification does not significantly increase the lechate metal content. Therefore, its use for fertilization does not involve phytotoxicity risks. Regarding the availability of macronutrients as well as trace elements, the results showed that the concentrations lie within the ranges suitable for plant nutrition. So, the treatments are effective both for fertilization and phytoremediation.[GRAPHICS].
机译:在这项研究中,评估了两项修正,家禽废物和硝酸铵,并稳定矿井尾矿,从而有助于植被覆盖沉降。单独地,作为磷酸盐源作为氮源和鸡骨灰度测试硝酸铵。为此,在从该地区进行修复的土壤柱上进行了实验室测试。通过化学分析它们的渗滤液来确定金属和营养物质的迁移率和可用性。结果表明,鸡骨灰分中的使用降低了可溶性金属浓度,特别是在Fe和可溶性Mn中。另一方面,实验条件证明,硝酸铵硝化产生的酸化不会显着增加Lechate金属含量。因此,它用于施肥的用途不涉及植物毒性风险。关于Macronurivers以及微量元素的可用性,结果表明,浓度位于适合于植物营养的范围内。因此,治疗是有效的施肥和植物化。[图形]。

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