摘要
研究了以煤气化为核心的多联产系统中化工生产过程与动力生产过程的特点,试图从能源科学与化工科学的交叉领域寻找同时解决资源、能源和环境问题的新途径;为更准确地对多联产系统进行模拟研究,需要借助ASPEN Plus和Thermoflow先建立关键部件的模型,进而综合这两款软件的优势建立全系统的流程模拟,并按照物质世界本身的属性——氢碳比、压力、物质和温度等的梯度利用特征,拓展能量利用形式,优化工艺流程。
We studied the characteristic of chemical and power production process in the coal gasification-based polygeneration system. Andwe attempted to seek a new path to resolve resource, energy and environment from the intersection of energy science and chemistry science. Inorder to make simulation research on polygeneration system more accurately, we need to establish model of key parts by means of ASPEN Plus and Thermoflow, then overall system flowsheet simulation integrating with advantages of the two sofiwares. According to the nature of the physical world itself, including the gradient utilization nature of hydrogen-carbon ratio, pressure, matter and temperature, we should expand energy utilization form and optimize technological process.
出处
《计算机与应用化学》
CAS
CSCD
北大核心
2013年第8期943-945,共3页
Computers and Applied Chemistry
