含锌(Zn)矿山废弃物在中性矿井排水环境中的风化作用,约克郡Gunnerside Gill

C. Tame , K.A. Hudson-Edwards , H.A.B. Potter
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引用次数: 7

摘要

世界各地的许多地区都受到周围中性pH值、低铁(Fe)排放和高浓度锌(Zn)的影响,这些排放是由矿山废物的排放和风化引起的。Gunnerside Gill是约克郡斯维尔河(River Swale)源头的一个小高地支流,就是这样一个受历史上铅锌矿开采影响的地方。本研究旨在通过柱淋试验,评价锌从尾矿和漫滩沉积物向河水中运移的控制措施。闪锌矿是Gunnerside Gill矿区基岩中的主要锌矿物。然而,有更多的证据表明,锌的次级相包括铁氧化物和磷酸盐存在于样品中,BCR数据表明,这些相似乎经历了大部分锌的溶解。
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Weathering of Zinc-(Zn)-bearing Mine Wastes in a Neutral Mine Drainage Setting, Gunnerside Gill, Yorkshire

Numerous areas throughout the world are affected by circum-neutral pH, low iron (Fe) drainage with high concentrations of zinc (Zn) arising from discharges from, and weathering of, mine wastes. Gunnerside Gill, a small upland tributary in the headwaters of the River Swale in Yorkshire, is such a site affected by historic lead and zinc mining. The aim of the study is to assess the controls on Zn mobilisation from the mine tailings and floodplain sediments to the river water through a column leaching experiment. Sphalerite has been identified as the primary Zn mineral in the bedrock within Gunnerside Gill. However, there is more evidence of secondary phases of Zn were including Fe oxides and phosphates present within the samples and the BCR data suggests it is these phases that appear to be undergoing the majority of the Zn dissolution.

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