5Å填充柱 测定甲醇在催化剂上的制氢产物

名称：填充柱
粒度：60-80mesh

规格：3m*1/8

型号：5Å

应用： 测定甲醇在催化剂上的制氢反应过程和产物

甲醇制氢目前已成为开发新型能源的重要途径，因而它的技术开发和应用已经引起人们的普遍重视。目前甲醇制氢共有三种方法1，甲醇分解反应。2，甲醇水蒸气转化成氢气、二氧化碳等产物。3，甲醇部分氧化法制成氢气、二氧化碳等产物。所用的催化剂主要是以AL2O3为载体，活性组分为Cu，Zn，Cr，Ni以及贵金属等。甲醇分解的机理是一个比较复杂的过程，不同的催化剂其反应机理也有所不同，到目前为止，人们对甲醇制氢的反应机理还不是十分明确。因此找到一种快速，实时，准确的测定甲醇分解反应过程产物的方法，对探索其反应机理是非常重要的。

浩瀚色谱（山东）应用技术开发有限公司，，研发5Å填充柱测定甲醇在催化剂上的制氢产物H2,O2,N2,CO,CH4柱效高，分离好，结果满意。

测定甲醇在催化剂上的制氢产物  测试谱图：




Determining the hydrogen production products of methanol on the catalyst
Determining the hydrogen production products of methanol on the catalyst Details:

Name: Packed column
Granularity: 60-80mesh

Specification: 3m*1/8

Model: 5Å

Application: Determine the hydrogen production reaction process and products of methanol on the catalyst

Hydrogen production from methanol has now become an important way to develop new energy sources, so its technological development and application have attracted widespread attention. There are currently three methods for producing hydrogen from methanol1, methanol decomposition reaction. 2. The methanol steam is converted into hydrogen, carbon dioxide and other products. 3. Partial oxidation of methanol to produce hydrogen, carbon dioxide and other products. The catalyst used is mainly AL2O3 as the carrier, and the active components are Cu, Zn, Cr, Ni and noble metals. The mechanism of methanol decomposition is a relatively complicated process, and different catalysts have different reaction mechanisms. So far, the reaction mechanism of methanol to hydrogen is not very clear. Therefore, it is very important to find a fast, real-time, and accurate method to determine the products of the methanol decomposition reaction process to explore the reaction mechanism.

Haohan Chromatography (Shandong) Applied Technology Development Co., Ltd. keeps pace with the times and develops a 5Å packed column to determine the hydrogen production H2, O2, N2, CO, CH4 of methanol on the catalyst. The column has high efficiency, good separation, and satisfactory results.



Determining the hydrogen production products of methanol on the catalyst Test spectrum: