Atmospheric Ammonia Decomposition System
The Atmospheric Ammonia Decomposition System is engineered for the controlled breakdown of ammonia in an atmospheric environment. It incorporates temperature control, pressure regulation, and catalytic conversion to facilitate the decomposition process.
Technical Specifications
Overview
Atmospheric Ammonia Decomposition System
This atmospheric ammonia decomposition system is designed to efficiently heat liquid ammonia to temperatures between 800 and 850°C. Utilizing nickel-based catalysts, it reliably breaks down ammonia into a high-purity gas mixture consisting of 75% Hydrogen (H2) and 25% Nitrogen (N2). The system features a robust design with integrated heating elements and precise control mechanisms, making it suitable for demanding industrial applications requiring consistent gas output.
Performance Metrics
Gas Output Capacity
20 Nm3/h
Decomposition Gas Quantity
75 %
Hydrogen (H2) Concentration
25 %
Nitrogen (N2) Concentration
Purity and Pressure
| Parameter | Value |
|---|---|
| Operating Pressure | 0.05 MPa |
| Dew Point | ≤-60°C |
| Residual Ammonia | ≤10ppm |
Technical Specifications
Consumption and Power
- Liquid ammonia consumption: 7 kg/h
- Cooling water: 0.8 T/h
- Device power: 21 kW / 380 V + 5 kW / 380 V
- Actual use power: 5 kW
Catalyst
Ni-based catalyst
- Exterior Dimensions
- 1700 x 1600 x 2100 cm
