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BIOLOGICAL ELIMINATION OF MINERALS FROM HIGH ASH COAL BY ASPERGILLUS -LIKE FUNGI

机译:芦苇样真菌生物去除高灰分煤中的矿物质

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摘要

Efficiency of filamentous fungi such as Aspergillus niger on the bio-liquefaction of low rank Indian coals, its chemical composition, surface characteristics of the products and the microbial mechanisms of coal conversion were studied. Virgin and bio-liquefied/solubilized coal samples were characterized using FT-IR, Scanning electron microscopy and CHNS and proximate analysis. The micrographs were bright field and reveal several features correspond to the mineral grains comprising of aluminium, silicates and calcites. The absence of some morphological features corresponds to inorganic elements in residual samples which confirm demineralisation with the possible formation of respective Aluminum and Silicate complexes. The change in absorption of mineral matter functional group of these coal samples were studied using Fourier transform infra red spectroscopy (FT-IR). From the proximate analysis it was found that the ash content decreased by 76% when treated with fungal culture.
机译:研究了黑曲霉等丝状真菌对低等级印度煤生物液化的效率,其化学组成,产物的表面特征以及煤转化的微生物机理。使用FT-IR,扫描电子显微镜和CHNS以及邻近分析对原煤和生物液化/增溶的煤样品进行表征。显微照片是明亮的视野,并揭示了一些与铝,硅酸盐和方解石组成的矿物晶粒相对应的特征。某些形态特征的缺乏对应于残留样品中的无机元素,这些元素可确认脱矿质并可能形成相应的铝和硅酸盐络合物。使用傅里叶变换红外光谱(FT-IR)研究了这些煤样品中矿物质官能团吸收的变化。从最近的分析中发现,用真菌培养物处理后,灰分降低了76%。

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