金合欢气化过程模拟

I. Bodnár
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引用次数: 0

摘要

本电子文档介绍了在不同操作条件和不同湿度水平下对金合欢树进行气化过程的热力学建模。气化不产生烟气,但由于燃烧不完全,产生了富含可燃成分(CO2和H2)的合成气。这种气体的化学结构取决于燃料的成分和湿度水平,但也受到技术参数的很大影响,例如压力和温度,以及空气比。研究表明,不同的气化温度和气化压力会引起燃料量和反应效率的变化。温度升高,反应效率提高,压力升高,反应效率降低。然而,在较高的温度区间,压力的影响可以忽略不计。
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Simulation of acacia gasification process
This electronic document presents the thermokinetical modelling of the gasification process done on acacia-tree with variable operating conditions and different humidity levels. Gasification does not produce flue gas, but due to imperfect burning, synthesis gas appears which is rich in flammable components (CO2 and H2). The chemical structure of this gas depends on the components of the fuel and the humidity level, but greatly affected by the technological parameters too, such as pressure and temperature, as well as the air-ratio. The study shows the change in the amount of the fuel and the reaction efficiency, caused by varying gasification temperature and pressure. Rising temperature results in improved efficiency, while higher pressure worsens reaction efficiency. However, at higher temperature intervals, the effect of the pressure is neglectable.
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