Low Temperature Shift Catalyst

Technical specifications

Customization guide

Adjustable parameters include particle size (0.5–3 mm) and coating composition (e.g., anti-coking layers) to tailor the catalyst to specific reaction conditions, such as high-pressure environments or sulfur-tolerant applications.

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With its low-temperature capability and customizable design, this catalyst empowers industries to reduce energy costs while maintaining high productivity. Whether for small-scale R&D or large-scale industrial operations, it delivers reliable performance in diverse chemical processes.

Choose your model

Supplier's note

1. Three Technical Breakthroughs:

   • 99% Purity Alloy: Reduces byproduct formation, ensuring consistent catalytic activity.
   • Low-Temperature Activation: Operates 30% below traditional catalysts, slashing energy costs.
   • Magnetic Bead Design: Enables easy separation and regeneration, extending lifecycle by 40%.

2. Optimal Version Selection:

   • Base Model: Ideal for standard refinery processes requiring moderate efficiency.
   • Advanced Model: Perfect for sulfur-rich environments or high-pressure applications (e.g., ammonia synthesis).
   • Pro Model: Tailored for extreme low-temperature conditions (e.g., hydrogen production at 150°C) and long-term industrial use.

With the Pro version’s expanded temperature range, you can achieve reactions at 150°C—20% cooler than industry benchmarks—while its anti-coking coating ensures uninterrupted operation in harsh conditions. Pair this with its high-pressure tolerance, and you unlock seamless scalability for large-scale production.

Note: Comparative values are relative to traditional catalyst models in the same category.