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The effect of microwave pretreatment on chemical looping gasification of microalgae for syngas production

机译:微波预处理对微藻化学循环气化生产合成气的影响

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Chemical-looping gasification (CLG) of Chlorella vulgaris was carried out in a quartz tube reactor under different microwave pretreatment. The product fractional yields, conversion efficiency and analysis of performance parameters were analyzed in order to obtain the characterization and optimal conditions of microwave pretreatment for syngas production. The results indicate that microwave pretreatment is conducive to CLG reaction. Furthermore, the higher power or the longer time in the process of microwave pretreatment could not exhibit a better effect on CLG. In addition, 750 W and 60 s is the optimal microwave pretreatment power and time respectively to obtain a great reducibility of oxygen carrier, high conversion efficiency, high products yield and good LHV. The H-2 yield, LHV, gasification efficiency and gas yield increased obviously from 18.12%, 12.14 MJ/Nm(3), 59.76% and 1.04 Nm(3)/kg of untreated Chlorella vulgaris to 24.55%, 13.13 MJ/Nm(3), 72.16% and 1.16 Nm(3)/kg of the optimal microwave pretreatment condition,respectively. (C) 2017 Elsevier Ltd. All rights reserved.
机译:在不同的微波预处理下,在石英管反应器中进行了小球藻的化学循环气化(CLG)。为了获得合成气的微波预处理的特征和最佳条件,对产物的分数收率,转化效率和性能参数进行了分析。结果表明,微波预处理有利于CLG反应。此外,微波预处理过程中较高的功率或较长的时间不能对CLG表现出更好的效果。另外,750 W和60 s分别是最佳的微波预处理功率和时间,以实现氧载体的高还原性,高转化效率,高产物收率和良好的LHV。未经处理的小球藻的H-2收率,LHV,气化效率和气体收率从18.12%,12.14 MJ / Nm(3),59.76%和1.04 Nm(3)/ kg明显增加至24.55%,13.13 MJ / Nm( 3),最佳微波预处理条件分别为72.16%和1.16 Nm(3)/ kg。 (C)2017 Elsevier Ltd.保留所有权利。

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