1、 1 基于ChemCAD的反应器设计 摘要摘要 甲醇蒸汽制氢已成为国内外普遍采用的主要制氢技术。氢气在工业上有着广 泛的用途。近年来，由于精细化工、蒽醌法制双氧水、粉末冶金、油脂加氢、林 业品和农业品加氢、生物工程、石油炼制加氢及氢燃料清洁汽车等的迅速发展， 对纯氢需求量急速增加。 本论文分析了几种反应器的类型和结构,并综合各种反应器的优点和缺点 介 绍了甲醇蒸汽制氢技术的基本原理及工艺,提出了一种新型的丝网填料式甲 醇水 蒸汽重整制氢反应器。对反应器的主要零部件作了应力计算强度校核。 并设计反 应器外的加热层和电阻丝,对金属丝进行催化剂的涂敷。最后反应做出实验得出实 验数据评估实验结果。 关
2、键词 反应器 甲醇 水蒸气重整 制氢 丝网填料 2 The reactor design based ChemCAD Abstract Hydrogen production of technology unit by methanol steam reforming conversion has been widely adopted at home and abroad. In recent years, fine chemicals, hydrogen peroxide anthraquinone process, powder metallurgy, oil hydrogenation
3、, hydrogenation of forestry products and agricultural products, bio-engineering, petroleum refining hydrogenation and hydrogen fuel the rapid development of clean vehicles, etc., the demand for pure hydrogen rapidly increasing. This paper analyzes the type structure of several micro-reactors and res
4、earches the strengths and weaknesses of all kinds of micro-reactors. Its basic principle, process flow and technological design about the equipment are described in this paper. So a new kind of wire or screen filled methanol steam reforming micro-reactor are designed. The next step is to calculate t
5、he stress and intensity of the main parts. Heating and the resistance of the reactor are designed and catalyst on the surface of the wire is coated. Finally taking the experiment, researching the experimental data and assessing the experimental results are my last several steps. Keywords: reactor, methanol, steam reforming, hydrogen production, screen filled 目录目录 第一章 绪论 1.1 选题背景及研究意义1 1.2 文献综述1 1.3 本毕业设计研究的主要内容4 第二章甲醇制氢工艺流程 2.1 甲醇制氢工艺流程5 5 2.2 物料衡算5 5 2.3 热量衡算7 7 第三章 反应器设计计算 3.1 工艺计算1010 3.2 外壳结构设计1515 3.3 chem CAD1818 3.4 SW6 校核
