Methanol Decomposition Catalyst for Hydrogen Production Methanol Reformer Cu Zn AL Methanol Cracking Catalyst

Technical specifications

Customization guide

Adjustable parameters include:

• Metal Ratio: Optimize Cu:Zn:Al ratios for specific feedstock compositions or desired hydrogen purity levels.
• Particle Size: Customize to match reactor design requirements (e.g., smaller pellets for faster heat transfer).
• Surface Coating: Add protective layers to enhance durability in corrosive environments.

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With this catalyst, you can achieve rapid, cost-effective hydrogen production for fuel cells, industrial processes, or renewable energy systems. Its uniform structure ensures stable performance over extended periods, reducing downtime and maintenance costs.

Choose your model

Supplier's note

1. Key Breakthroughs:

   • High Purity (99%): Reduces byproduct formation, enabling 20% faster methanol conversion than standard catalysts.
   • Durable Alloy Structure: Withstands thermal stress, extending service life by 30% compared to conventional Cu-based catalysts.
   • Broad Temp Range: Operates efficiently at 350°C, outperforming industry benchmarks by 25% in extreme conditions.

2. Optimal Version Selection:

   • Base Model: Ideal for small-scale hydrogen production (e.g., labs or pilot plants) requiring cost-effective solutions.
   • Advanced Model: Suited for medium-scale industrial use, offering enhanced durability and efficiency for continuous operation.
   • Pro Model: Designed for large-scale applications (e.g., automotive fuel cells) where high-temperature stability and longevity are critical.

With the Pro Model’s expanded temp range, you can safely handle feedstock fluctuations, ensuring uninterrupted hydrogen supply. Its 8,000-hour lifespan reduces replacement costs by 40% versus competitors. Pair it with corrosion-resistant reactors to maximize system longevity.