2013Acta Mineralogica SinicaRequires access

Surface Mineralogy of Oxidized Pyrite by Acidithiobacillus Ferrooxidans

Juan Li, Jianjun Lu, Xiancai Lu, Rucheng Wang

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Abstract

Sulfide oxidation by microbial activities play an important role in the release of heavy metals. An important source of contamination and formation of AMD is the heavy metals convey to soil, rivulet and groundwater. Pyrite is a commonly sulfide minerals in mine wastes, so it is vitally to prove up the microbial oxidation process.

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What this paper is about

Sulfide oxidation by microbial activities play an important role in the release of heavy metals. An important source of contamination and formation of AMD is the heavy metals convey to soil, rivulet and groundwater. Pyrite is a commonly sulfide minerals in mine wastes, so it is vitally to prove up the microbial oxidation process.

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Available abstract

Sulfide oxidation by microbial activities play an important role in the release of heavy metals. An important source of contamination and formation of AMD is the heavy metals convey to soil, rivulet and groundwater. Pyrite is a commonly sulfide minerals in mine wastes, so it is vitally to prove up the microbial oxidation process.

Key concepts: Pyrite, Sulfide minerals, Sulfide, Acidithiobacillus ferrooxidans, Environmental chemistry, Bioleaching, Sulfur, Contamination

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