Brief introduction
CO is mainly used in carbonyl synthesis, while H2 is mainly used in oil refining, and the metallurgical, electronics, and fine chemicals industries.
Technical features and capacity
The catalytic cracking of methanol generates mixed gas containing ~68 percent (v/v) hydrogen and ~30 percent (v/v) CO, then, through PSA purification, we obtain hydrogen with a purity of 99.99 percent (v/v) and CO with a purity of 99.5 percent (v/v). This operation is quite simple, energy conserving, and pollution free.
Capacity: 2~3000Nm3/h
Technical indicators (at 1000 Nm3 of mixed gas)
|
Item |
Specification |
Unit |
Consumption quota |
|
Methanol |
99.5% |
t |
0.49～0.50 |
|
Electricity |
220V/380V |
kWh |
45～50 |
|
Fuel oil |
|
kg |
144～145 |
|
Cooling water |
|
t |
30～40 |
|
Instrument air |
|
Nm3 |
120～130 |
Special-purpose catalyst
1.The service life exceeds two years.
2.It is highly active with little catalyst consumption.
3.Selectivity is high, and the content of CH4 in cracking gas is below 0.8 percent.
We research, produce, and provide high-quality catalyst exclusively for methanol cracking on a long-term basis.