Ammonia Cracking Equipment Has The Features Of Cost Effectiveness And Safety, Used In Hydrogen Fuel Cells
| Product name | Ammonia Cracking |
| Hydrogen delivery | ≤250Nm3/hr |
| Dew point | －10℃ |
| Pressure | 0.05 Mpa |
| Residual ammonia | 1000ppm |
Working Principle Description:
The decomposition of ammonia (NH3) is an important method for hydrogen production, and its basic principle is as follows:
1. Reaction equation:
Under appropriate conditions, the reaction equation for ammonia decomposition is as follows:
2NH3→3H2+N2
2. Process principle:
High temperature and high pressure conditions: The reaction is usually carried out at high temperature (500-800 ° C) and appropriate pressure, which is conducive to promoting the decomposition of ammonia.
• Catalyst function: Common catalysts include metals such as nickel and iron or their oxides, which can reduce the activation energy of the reaction and accelerate the decomposition reaction of ammonia.
Thermodynamics principle: The decomposition of ammonia is an endothermic reaction that requires input of heat to promote the reaction.
3. Process description:
In the reactor, ammonia decomposes into hydrogen and nitrogen under the action of a catalyst.
The heat released by the reaction needs to be controlled within an appropriate range to maintain the reaction conditions.
The generated hydrogen can be separated and collected through appropriate equipment to obtain high-purity hydrogen products.
4. Application areas:
Hydrogen industry: The generated hydrogen can be used in fields such as hydrogen fuel cells and hydrogen chemical industry.
Energy storage: Hydrogen can also be used as a form of energy storage to balance energy supply and demand.
The decomposition reaction of ammonia can effectively generate hydrogen gas, which has important application prospects in the hydrogen energy industry and energy sector.
Product Advantages:
● Cost effectiveness: With the development of technology and the expansion of scale, the production cost of ammonia decomposition hydrogen production technology gradually decreases and has good cost-effectiveness.
●Safety: Compared to the challenges of storing and processing hydrogen, ammonia has better safety to some extent, which makes ammonia decomposition hydrogen production technology more attractive in some scenarios.
●Innovation potential: With the continuous progress of science and technology, there is still great innovation potential in ammonia decomposition hydrogen production technology, which can further improve efficiency and reduce costs through new materials, new processes, and other means.
●Sustainability: Ammonia is a renewable resource that can be produced in various ways, such as electrolyzing water to produce hydrogen, which can then be combined with nitrogen to produce ammonia. This recycling process helps promote the development of clean energy and reduce dependence on traditional fossil fuels.
Technical parameters:
● Hydrogen delivery: ≤250Nm3/hr;
● Dew point: －10℃
● Pressure: 0.05 Mpa
● Residual ammonia: 1000ppm
Product picture:
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