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Comprehensive evaluation of various pyrolysis reaction mechanisms for pyrolysis process simulation

机译:热解过程模拟各种热解反应机制的综合评价

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In recent years, an acceleration of global warming and various environmental pollution problems has been observed due to the increase in energy demand. Biomass, which has several advantages over more typical sources, is very popular as a green energy source. This study focuses on process modeling and analysis of biomass fast pyrolysis. The fast pyrolysis reaction mechanisms, proposed by previous researchers, are applied to the modeling of a fast pyrolysis reactor. This process analysis is performed according to operating conditions such as the reaction temperature, residence time, type of biomass and reactor type. To evaluate these results, the results of the process analysis of other researchers and the GC/MS (gas chromatograph-mass spectrometry) data of fast pyrolysis experiment are compared.
机译:近年来,由于能源需求的增加,已经观察到全球变暖和各种环境污染问题的加速。 生物质,具有与更典型的源极源的若干优点,是绿色能源非常受欢迎。 本研究侧重于生物质快速热解的过程建模和分析。 先前研究人员提出的快速热解反应机制适用于快速热解反应器的建模。 该过程分析是根据操作条件进行的,例如反应温度,停留时间,生物质和反应器类型的类型。 为了评估这些结果,比较了其他研究人员的过程分析的结果和GC / MS(气相色谱 - 质谱)快速热解实验的数据。

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