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Characteristics of steam hydrogasification of wood using a micro-batch reactor

机译:使用微间歇反应器对木材进行蒸汽加氢气化的特性

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Hydrogasification of pinewood was studied in the presence of steam using a micro-batch reactor. A series of reaction experiments were performed at temperatures ranging from 873 to 1043 K, and pressures ranging from 5 to 35 bar. It was found that steam significantly increases not only the rate of the hydrogasification reaction but also the conversion of carbon into product gases. The enhancement of the formation of total carbon-containing gases (CH_4, CO, CO_2 and C_2+) by adding steam is estimated to be as high as 30 times greater compared to dry hydrogasification at 1043 K. Increased hydrogen pressure also enhanced methane formation in the product gas.
机译:使用微间歇反应器在蒸汽存在下研究了松木的加氢气化。在873至1043 K的温度和5至35 bar的压力下进行了一系列反应实验。发现蒸汽不仅显着提高了加氢气化反应的速率,而且还显着提高了碳向产物气的转化率。与在1043 K时进行干式加氢气化相比,通过添加蒸汽可增加总含碳气体(CH_4,CO,CO_2和C_2 +)的形成,据估计高达30倍之多。氢气压力的升高还增强了甲烷的形成。产物气。

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