1)High CO content and high water/gas ratio sulfur tolerant shift process.
2)High-mid pressure, wide temperature range and wide water/gas ratio sulfur tolerant shift process.
3)Provide better performance than normal catalysts in axial-radial reactor and isothermal reactor.
1) New TiO2-MgO-Al2O3 carrier, more stable catalyst structure, better thermal stability and stronger resistance to hydration.
2) Good heat transfer capability, thus reducing overheating at particle center.
3) The new preparation technique enables more uniform dispersion of active components on the catalyst, leading to the most appropriate shift activity.
4) Excellent adaptability to high space velocity and high water/gas ratio, good operating flexibility, high mechanical strength; strong resistance to poison and long service life.
5) Excellent performances of organic sulfur hydrogenolysis and cyanide removal.
6) Spherical catalyst provides with good loading performance and uniform gas flow distribution, especially suitable for axial-radial reactor and isothermal reactor.
7) Patented products.
Operating Conditions:
Temperature/℃ | 220~520 |
Pressure/MPa | 3.0~10.0 |
Space Velocity(dry based)/h-1 | 1000~6000 |
Water gas ratio | 0.2~2.0 |
Sulfur content in process gas,%(v) | ≥0.02 |
Item | AMC-NB-11 |
Color and shape | Blue-green sphere |
Size/mm | Φ3.0~4.5/Φ4.0~6.0 |
Active components | Co-Mo |
Bulk density/(kg·L-1) | 0.80~0.90 |
Crushing strength(N·cm-1) | ≥80 |
Additives | Rare earth |
Carriers | TiO2-MgO-Al2O3 |