Mathematical modeling of methane-hydrogen fuel combustion processes in Aspen Plus

Stanislav A. Dronov, A. Fedyukhin, D. Semin, A. Malenkov, A. G. Gusenko
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Abstract

This article is devoted to the study of hydrogen energy industry in the Russian Federation and the prospects for the application of methane-hydrogen fuel in boilers using the mathematical model developed at Aspen Plus. Analysis of the effect of adding hydrogen to gas fuel for boilers is performed. Due to the mathematical model, the dynamics of changes in the content of CO2 and NOx in the exhaust gases after the boiler are analyzed, corresponding dependencies and graphs are designed. The basic principles of modeling in the Aspen Plus environment are shown.
在Aspen Plus中甲烷-氢燃料燃烧过程的数学建模
本文利用Aspen Plus开发的数学模型对俄罗斯联邦氢能工业进行了研究,并展望了甲烷氢燃料在锅炉中的应用前景。分析了在锅炉燃气燃料中加入氢气的效果。基于数学模型,分析了锅炉运行后废气中CO2和NOx含量变化的动态,设计了相应的依赖关系和图形。介绍了在Aspen Plus环境中建模的基本原则。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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