Aspen Plus在《化工过程设计及节能技术》教学中的应用

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英文篇名：The Application of Aspen Plus in “Chemical Process Design and Energy Saving Technology” in Teaching 作者：刘浪 ; 唐安江 ; 郭俊江 英文作者：Liu Lang;Tang Anjiang;Guo Junjiang;School of Chemical Engineering,Guizhou Institue of Technology; 关键词：化工过程设计 ; Aspen ; Plus ; 节能技术 英文关键词：chemical process design;;Aspen Plus;;energy-saving technology 中文刊名：GDHG 英文刊名：Guangdong Chemical Industry 机构：贵州理工学院化学工程学院; 出版日期：2019-01-15 出版单位：广东化工 年：2019 期：v.46;No.387 基金：贵州理工学院一流大学建设项目—化学工程与工艺专业(YLDX201605) 语种：中文; 页：GDHG201901109 页数：2 CN：01 ISSN：44-1238/TQ 分类号：212-213

摘要

以甲烷燃烧发电为例,将Aspen Plus软件应用于《化工过程设计及节能技术》中的教学中。研究了压力对甲烷燃烧发电过程中物料及能量利用效率的影响,并对系统的操作条件进行优化。实践表明,采用AspenPlus软件,可以弥补传统教学的不足,通过模拟计算,能够更直观帮助学生理解和认识化工过程及其概念,可进一步提高学生解决工程问题的能力。
        Taking methane combustion power generation as an example, Aspen Plus software is applied to the teaching of Chemical Process Design and Energy Saving Technology. The effect of pressure on material and energy utilization efficiency in methane combustion power generation process was studied, and the operating conditions of the system were optimized. Practice shows that Aspen Plus software can make up for the shortcomings of traditional teaching. Through simulation calculation, it can help students understand and understand chemical process and its concepts more intuitively, and can further improve students' ability to solve engineering problems.

引文

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