The Ammonia Cracker system is an industrial hydrogen generation solution designed to produce a controlled hydrogen-rich gas mixture (with Nitrogen) through thermal decomposition of ammonia. In many industrial applications, ammonia is used as a convenient hydrogen carrier because it is easier to store and transport compared to pure hydrogen gas. By cracking ammonia at high temperature using a catalyst-based system, industries can achieve a reliable and continuous supply of hydrogen for critical process requirements.
This system is widely used in controlled atmosphere applications such as heat treatment, brazing, sintering, and metallurgical processes where a stable gas mixture is essential for product quality and operational consistency. The ammonia cracking process ensures efficient conversion while maintaining system stability, making it suitable for continuous industrial operations.
Ammonia Storage → Vaporization → Catalytic Cracking → Gas Separation → Hydrogen-Rich Output
| Product Type | Ammonia Cracker System |
| Process | Catalytic Thermal Decomposition |
| Catalyst | Nickel-Based System |
| Output Gas | Hydrogen + Nitrogen Mixture |
| Operation | Continuous Industrial System |
|
● Industries where oxidation of product is harmful ● Heat Treatment Industries ● Brazing and Sintering Operations ● Metallurgical Processes ● Controlled Atmosphere Furnaces ● Industrial Manufacturing Processes |
| Plant Capacity | 10–300 Nm³/hr |
| Operating Pressure | 2 – 10 Bar |
| Process Type | Ammonia Cracking (Thermal + Catalyst) |
| Output Composition | Hydrogen-rich Gas Mixture |
|
● Reliable on-site hydrogen-rich gas generation ● Nickel catalyst-based cracking system ● Stable and continuous industrial operation ● Suitable for controlled atmosphere applications ● Energy-efficient gas conversion process ● Robust and industrial-grade design |
Ammonia cracking technology is used to produce hydrogen by breaking ammonia into hydrogen and nitrogen using a catalytic process for industrial gas applications.
An ammonia cracker works by heating ammonia in the presence of a nickel catalyst, where it decomposes into hydrogen and nitrogen gas for further industrial use.
Ammonia cracking refers to the thermal decomposition of ammonia gas into hydrogen and nitrogen using controlled catalytic reaction conditions.
Ammonia cracking typically occurs at high temperatures in the presence of a catalyst to ensure efficient decomposition into hydrogen-rich gas.
It is used in heat treatment, metallurgy, annealing, and controlled atmosphere applications requiring a consistent hydrogen-nitrogen gas mixture.
