Product Principle
2NH3 ----- 3H2 + N2
The ammonia decomposition hydrogen plant uses liquid ammonia as raw material, which is gasified and then heated and decomposed under the action of catalyst to produce a mixture of 75% hydrogen and 25% nitrogen. Pure hydrogen with a purity of 99.999% can be further produced by the variable pressure adsorption method.
Product features
Simple principle, compact structure, small footprint and easy operation.
low investment, low energy consumption and low operating cost.
Wide application, meeting the needs of most hydrogen use.
Optimized design of core components, furnace body, furnace chamber and electric heating wire, three-year warranty for normal working condition
Technical specifications
| Raw materials |
Ammonia |
| Pressure |
~0.5bar |
| Dew point |
≤-10ºC |
| Meet the criteria |
National standard first-class or above |
| Residual ammonia |
≤0.1% |
| Decomposition gas volume |
1~1000Nm3/h |
Product Features:
It has the characteristics of simple process, high degree of automation, fast gas production (15 ~ 30 minutes), low energy consumption, product purity can be adjusted in a large range according to user needs, convenient operation and maintenance, low operating cost, strong adaptability of the device and so on.
Workflow:
Clean compressed air enters from the bottom of the adsorption tower filled with carbon molecular sieve. After the air flow diffuses through the special structure of the equal distribution diffuser, it uniformly enters the adsorption tower for oxygen and nitrogen adsorption and separation. Then, high purity nitrogen is produced from the top of the adsorption tower and sent to the nitrogen process tank for storage. A small amount of finished nitrogen enters the regeneration tower to blow and wash the carbon molecular sieve, removing the adsorbed oxygen to achieve regeneration. The two adsorption towers operate in alternate cycles, continuously feeding raw air and continuously producing nitrogen.
Application Industry:
Products widely usedIt can be widely used in all walks of lifeIt is suitable for photovoltaic industry, petrochemical industry, metallurgy industry, coal industry, rubber tire industry, environmental protection industry, pharmaceutical industry, electronics, semiconductor, SMT industry, new energy lithium industry, chemical fiber industry and other fields.
Denetlenen Tedarikçi 
