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Catalyst for H2 production via NH3 Cracking
It is applied in the synthesis of methane-rich gas with hydrocarbon (Light oil, naphtha, LPG, light hydrocarbon, hydrocarbon-containing dry gas etc.) and steam as raw materials. The resulted gas can be further used to produce hydrogen, syngas with different CO/H2 ratio (for the synthesis of methanol or ammonia etc.) and coal gas.
Product Details
As the most promising chemical for long-distance H2 transportation, NH3 can be cracked into H2 and N2 via this catalyst. Such H2 production process is not only commonly applied in fuel cell and chemical production, but also shows wide application prospects in other industries such as in the process of steel smelting and semi-conductor production.
| Chemical compositions | Ni-based |
| Shape | 4-hole Cylinder |
| Size | φ12×12×3 mm |
| bulk density | 0.90-1.10g/mL |
| Crush strength | ≥210 N/cm |
| Catalytic life | ≥4 years |
Operation conditions
Temperature:700-1200°C.
Pressure: 0.05~0.8 Mpa.
Space velocity:5-1000 Nm3 h-1
Catalyst Characteristics
High Strength;
Good hydrothermal stability;
High catalytic activity;
Strong anti-poisoning by coke, steam and oils.
Operation conditions
Catalyst Characteristics
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