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Hydrogen production via steam gasification of heavy oil: Effects of operating conditions

机译:重油蒸汽气化制氢:操作条件的影响

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摘要

A heavy oil gasification model that can predict the hydrogen yield has been developed for a high pressure circulating fluidized bed. The model is based on the Aspen Plus package, which is a professional software for simulation of thermal process. To illustrate the effects of the steam/fuel ratio and temperature, several conditions have been examined. The results show that the gasification temperature plays a major role in the process. As gasification temperature increases from 600 to 800 degrees C, the production of hydrogen increases dramatically. The influence of steam/fuel ratio (0.50-0.80) is also considerable, but shows a constant rate at the higher steam/fuel. Simulation results were validated against experimental data available in the literature.
机译:已经为高压循环流化床开发了可预测氢气产率的重油气化模型。该模型基于Aspen Plus软件包,该软件包是用于模拟热过程的专业软件。为了说明蒸汽/燃料比和温度的影响,已经研究了几种条件。结果表明,气化温度在该过程中起主要作用。随着气化温度从600摄氏度增加到800摄氏度,氢气的产生急剧增加。蒸汽/燃料比(0.50-0.80)的影响也很大,但在较高的蒸汽/燃料下显示出恒定的速率。针对文献中提供的实验数据验证了仿真结果。

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