
Steam Reforming Catalyst
1.Steam reforming catalyst is highly dispersed active component nickel
2.It is light black gray green with four-hole convex cylindrical
3.Gas material:various refinery dry gas, natural gas
Product Introduction
AM-2-301/AM-2-302 steam reforming catalyst
Process: steam reforming process
Application:producing hydrogen, methanol synthesis gas and ammonia synthesis gas.
The material is from various refinery dry gas, natural gas, propane,etc.
AM-2-301/AM-2-302 steam reforming catalyst has the characteristics of large geometric surface, low bulk density, good heat transfer effect, high catalyst activity, low bed resistance and high operating flexibility.
HS Code:381519
Technical Index:
Item | AM-2-301 | AM-2-302 | |
Color | Light black | Gray green | |
Size mm | L | 8~10 | 15~17 |
OD | 16 | 16 | |
ID ×hole No. | 4×4 | 4×4 | |
Bulk density,Kg/L | 0.95~1.15 | 0.90~1.05 | |
Radial crushing strength,N/Granule | ≥200 | ≥300 | |
Active component | Ni O≥16 | Ni O≥10 | |
Active support | K2O≥2 | —— | |
Loading place | Upper half | Lower half | |

How to choose steam reforming catalyst?
Methanation process:
Application: Remove trace CO in ammonia feed and CO in city gas, and synthetic natural gas
Features: The reaction is very exothermic
Requirement: Low temperature for favorable equilibrium yield (300-500°C)
Problem: Activity becomes a challenge due to low temperature
Catalyst used:
① Highly dispersed active component nickel
② Sophisticated preparation techniques to ensure fine-grained metallic nickel particles
③ High metal surface area must be effectively maintained at high temperatures - sintering must be limited
④ Catalyst, process and reactor design must be tailored to the needs of the process - it has been suggested that fluidized, entrained, circulating bed would be more suitable
Professional Team

Compare steam reforming process with methanation process:
Sulfur poisoning:
① For steam reforming, this catalyst can tolerate higher sulfur levels due to the high enough temperature that steam removes sulfur
② For methanation, sulfur poisoning is irreversible, only deep desulfurization of the feed can protect the steam reforming catalyst
Carbon deposition:
① For both processes, carbon deposits have serious consequences
② For steam reforming, the coke deposits are mainly from methane cracking
③ For methanation, the coke deposits are mainly derived from the disproportionation of carbon monoxide
④ In order to accelerate the gasification of carbon, potassium is often added, at the cost of reducing the activity
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