Low-Temperature Ammonia Decomposition Catalyst

Product Overview

Low-Temperature Ammonia Decomposition Catalyst uses nickel as the active component, alumina as the support, and special additives to enhance its performance. This catalyst is specifically designed for low-temperature ammonia decomposition hydrogen production processes. It can start the reaction at lower temperatures (activates at 600°C) and offers superior low-temperature activity and impurity tolerance compared to traditional catalysts. The catalyst ensures a high ammonia decomposition rate and significantly improves hydrogen production efficiency. It is available in reduced form, making it ideal for various ammonia decomposition hydrogen production systems.

Key Features

• Excellent Low-Temperature Activity: Activates at 600°C, offering better low-temperature catalytic performance than traditional catalysts.
• High Ammonia Decomposition Rate: Ensures a high ammonia decomposition rate even at lower temperatures, meeting the demand for efficient hydrogen production.
• Strong Impurity Tolerance: Can tolerate higher levels of impurities in the feed, ensuring stable catalytic performance throughout the process.
• High-Temperature Stability: Maintains stable performance even at high temperatures, ensuring long-term catalyst life.
• Good Chemical Stability: Supplied in reduced form, suitable for a variety of process environments and ensuring optimal performance under different conditions.

Applications

• Low-Temperature Ammonia Decomposition for Hydrogen Production: Widely used in low-temperature ammonia decomposition systems to generate high-purity hydrogen. Especially suitable for processes requiring low-temperature reactions.
• Fertilizer Production: Used in ammonia decomposition processes to produce hydrogen, which is a critical raw material for fertilizer production.
• Industrial Gas Preparation: Applied in hydrogen production processes, particularly in the petrochemical, chemical synthesis, and related industries.