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Removal of tar during pine sawdust fast pyrolysis with catalysts

机译:在松木锯末快速热解催化剂期间去除焦油

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At 600°C, fast pyrolysis of pine sawdust with and without catalysts were investigated in a fixed-bed reactor to determine the effects of five catalysts on the removing tar and changing components of tar. Based on difference of the physical properties and chemical catalytic, five catalysts, including sand, porous silica, activated alumina, fused alumina and zeolite were chosen. The gas chromatography/mass spectrometry (GC/MS) was used to analyze tar compositions. The results showed that the conversion rates of tar: zeolite>activated alumina>fused alumina>porous silica>sand. The physical properties and the chemical catalytic activities of the catalysts were the two main reasons, in which the physical properties of catalysts mainly influenced the contents of aldehydes, hydrocarbons and phenols, while chemical catalytic activities of catalysts mainly influenced the contents of acids, aldehydes, ketones, hydrocarbons and phenols.
机译:在600℃下,在固定床反应器中研究了与催化剂的松弛和不含催化剂的快速热解,以确定五种催化剂对去除焦油和变化的焦油组分的影响。 基于物理性质和化学催化的差异,选择了五种催化剂,包括砂,多孔二氧化硅,活性氧化铝,熔融氧化铝和沸石。 气相色谱/质谱(GC / MS)用于分析焦油组合物。 结果表明,焦油的转化率:沸石>活性氧化铝>熔融氧化铝>多孔二氧化硅>砂。 催化剂的物理性质和化学催化活性是两种主要原因,其中催化剂的物理性质主要影响醛,烃和酚的含量,而催化剂的化学催化活性主要影响酸,醛的含量, 酮,碳氢化合物和酚。

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