H2 Production Hydrogen Gas Plant Natural Gas Steam Reformer Process
Detailed Product Description
| Condition: |
New |
Usage: |
Hydrogen |
| Production Rate: |
50-50000Nm3/h |
Voltage: |
Depend On Capacity |
| Power(W): |
Depend On Capacity |
Weight: |
Depend On Capacity |
| Warranty: |
1year |
After-sales Service Provided: |
Engineers Available To Service Machinery Overseas |
| Feedstock: |
Natural Gas |
Process: |
Steam Reforming, PSA |
| Pressure: |
1.0~2.5MPa |
H2 Purtiy: |
99%~99.999% |
| Temperature: |
Ambient |
Keyword: |
H2 Production |
| High Light: |
hydrogen production plant, hydrogen production unit |
H2 Production Hydrogen Gas Plant Natural Gas Steam Reformer Process
Product Description
The technology of Hydrogen Production from Natural Gas is to perform the chemical reaction of pressurized and desulfurized natural gas and steam in a special reformer filling with catalyst to generate reforming gases with H2, CO2 and CO, then convert the CO in the converted gases to CO2 through recycling some heat by a waste heat boiler, and ultimately extract qualified H2 from the converted gases by pressure swing adsorption (PSA).
TCWY is always devoted to design and build cost-effective Natural Gas Steam Reformer H2 Hydrogen Production Plant with reliable performance according to customers' local conditions and specific requirements.
Reaction Principle
CH4 + H2O → 3H2 + CO - Q
CO + H2O → H2 + CO2 + Q
Technical Features
- Mature technology, safe and reliable.
- Reliable and practical operation, high automation.
- Cheap operation cost and short recovery period.
- Reduce fuel consumption and exhaust emission by PSA desorbed gas burnbacking.
Main Performance
| Feedstock |
Natural Gas |
| Capacity |
50-50000Nm3/h |
| H2 Purity |
99%~99.999% |
| Pressure |
1.0~2.5MPa |
| Natural Gas Consumption |
0.4~0.55 Nm3/Nm3 H2 (containing fuel gas) |
| Power Consumption |
0.8~1.5 kWh/Nm3 H2 |
| Temperature |
Ambient |
Applications
Fine chemistries such as hydrogen peroxide, sorbitol, TDI, MDI, benzene hydrogenation, hydrogenation of tar; or hydrogenation process for pharmaceutical intermediates and oil refinery.
