Methanol Steam Reforming Catalyst
Hydrogen production by methanol is an efficient way to obtain energy, which can fast and easily obtain pure hydrogen fuel with less environmental pollution.
The equation of reaction is:
CH3OH+H2O-> CO2+3H2
The principle is that under the right conditions, methanol reacts with water vapour to produce carbon dioxide and hydrogen.
Model | Methanol Cracking Catalyst |
Appearance | Black cylinders with metallic luster |
Bulk density (kg/L) | 1.2-1.4 |
Crush strength(N/cm) | ＞80 |
Size (diameter × height, mm) | φ5×(4.5-5) |
Chemical composition | CuO≥60%, ZnO≥15%, Al2O3 and promoter: Balance |
Activity(space-time yield of hydrogen) | ＞900 Nm3(m³.h） |
Reaction pressure | 0-3Mpa |
Reaction temperature | 240-280℃ |
Space velocity | 0.4-0.5 h-1 |