Convenient Storage And Flexible Hydrogen, Meeting Different Needs Of Different Scales And Needs

Working Principle Description:

1. Reaction equation:

Ammonia (NH3) is catalytically decomposed under appropriate conditions to produce hydrogen gas (H₂) and nitrogen gas (N₂).

2NH3→3H2+N2

2. Process principle:

Thermodynamics principle: The decomposition of ammonia is an endothermic reaction that requires input of heat to provide the energy required for the reaction.

• Catalyst function: Using catalysts (such as nickel, iron, etc.) to reduce the activation energy of the reaction and promote the decomposition reaction of ammonia.

• Reaction conditions: Generally, the reaction is carried out at high temperature (500-800 ° C) and appropriate pressure, which is conducive to the progress of the reaction.

3. Process characteristics:

High purity hydrogen production: Ammonia decomposition can produce high-purity hydrogen, which is suitable for various industrial applications.

Renewable energy: Ammonia is a relatively easy to store and transport raw material, which can be used for hydrogen production through regeneration cycles.

4. Technological advantages:

• High efficiency: The use of catalysts and appropriate reaction conditions can increase hydrogen yield.

Sustainability: Ammonia decomposition for hydrogen production is a relatively sustainable method of hydrogen production.

Product Advantages:

● Convenient storage: Ammonia is relatively easy to store and transport. Compared to hydrogen, ammonia has a higher density and can liquefy under certain conditions, making it convenient for long-distance transportation and storage.

●Flexibility: The ammonia decomposition hydrogen production technology can be adjusted and optimized according to demand to adapt to hydrogen production of different scales and needs.

●Strong controllability: Reaction conditions (such as temperature, pressure) and catalyst selection can be adjusted, making the process of ammonia decomposition hydrogen production highly controllable and adjustable.

●Sustainability: As a renewable resource conversion technology, ammonia decomposition for hydrogen production can help promote sustainable development and reduce dependence on traditional energy sources.

Technical parameters:

● Hydrogen delivery: ≤200Nm3/hr;

● Dew point: －10℃

● Pressure: 0.05 Mpa

● Residual ammonia: 1000ppm

Product picture: