Ni/Al2O3

Ni/Al₂O₃ Catalyst by B.F.S

Robust Nickel-Based Catalyst on Alumina for Reforming, Hydrogenation, and Syngas Production

B.F.S is proud to offer its high-performance Ni/Al₂O₃ catalyst, designed for a broad range of industrial reactions including steam reforming, hydrogenation, methanation, and syngas generation. Featuring nickel (Ni) finely dispersed over high-surface-area gamma-alumina (Al₂O₃), this catalyst delivers excellent activity, thermal stability, and economic value for high-throughput processes.

Key Features

Cost-Effective Alternative to Precious Metals Nickel offers high catalytic performance at a fraction of the cost of palladium or platinum.
Strong Metal–Support Interaction γ-Al₂O₃ provides a large surface area and structural strength, enabling stable Ni dispersion and resistance to sintering.
High Thermal Stability Operates effectively under high temperatures (up to 800–900°C) in reforming or hydrogenation environments.
Sulfur-Resistant Grades Available Special formulations for tolerance against sulfur poisoning in challenging feedstocks.
Versatile Form Factors Available in pellets, rings, extrudates, or powders depending on reactor design.

Main Applications

The Ni/Al₂O₃ catalyst is widely used in:

Steam Reforming of Methane or Hydrocarbons To produce hydrogen or synthesis gas (H₂ + CO).
Hydrogenation of Organic Compounds Including fatty acids, nitriles, aromatic rings, and carbonyl compounds.
Methanation Reactions Removal of CO and CO₂ in ammonia synthesis or power-to-gas systems.
Tar and Olefin Reforming In biomass gasification and refinery off-gas treatment.

Technical Specifications

Parameter	Typical Value
Nickel Content	5–20 wt% (customizable)
Support	High-surface-area γ-Al₂O₃
Surface Area (BET)	100–180 m²/g
Operating Temp Range	300–900°C
Available Shapes	Pellets, extrudates, powders
Optional Additives	MgO, CaO (for enhanced life)

Why Choose B.F.S Ni/Al₂O₃?

✔ High mechanical strength and durability
✔ Custom formulations for specific processes
✔ Economical, scalable, and recyclable
✔ Backed by technical support and pilot testing

Whether you’re scaling up hydrogen production, upgrading refinery streams, or optimizing renewable gas systems, B.F.S Ni/Al₂O₃ offers dependable catalytic performance.