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Co-firing pulverised coal and biomass: a modeling approach

机译:煤粉和生物质粉共烧:一种建模方法

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A CFD modelling study has been undertaken to examine the co-firing of pulverised coal and biomass with particular regard to the burnout of the larger diameter biomass particles. Computations were based on a research combustion facility that replicates an industrial coal-fired power station. Three percent, by mass, of pinewood was blended with a bituminous UK coal, and the effects of the wood particle size and shape on the burnout of the combined wood and coal char were investigated. The effect of varying the devolatilisation and char combustion rate constants for the biomass component in the blend was also investigated. It was concluded that the combustion of small (200 μm) wood particles was rapid but the rate of combustion of larger particles was dependent on their composition, size, and shape.
机译:已经进行了CFD模型研究,以检查煤粉和生物质的共烧,特别是燃烧较大直径的生物质颗粒时。计算依据的是研究燃烧设施,该设施模仿了工业燃煤发电站。将质量百分比为3%的松木与英国的一种沥青煤混合,并研究了木材粒度和形状对木材和煤焦混合后燃尽的影响。还研究了改变共混物中生物质组分的脱挥发分和焦炭燃烧速率常数的影响。结论是,小颗粒(200μm)的木材燃烧迅速,但大颗粒的燃烧速率取决于其组成,尺寸和形状。

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