The Catalyst Used And Temperature Controlled In Producing Hydrogen, And Will Be Used In Industries

The Catalyst Used And Temperature Controlled In Producing Hydrogen, And Will Be Used In Industries

Working Principle Description:

Ammonia decomposition for hydrogen production is a technology for producing high-purity hydrogen gas. During this process, ammonia (NH3) is decomposed into hydrogen and nitrogen through the action of a catalyst at high temperature and appropriate pressure. This reaction requires heat absorption, therefore sufficient heat needs to be provided to promote the reaction. Common catalysts include metals such as nickel and iron or their oxides, which help reduce the energy required for the reaction. The hydrogen produced by this technology can be widely used in hydrogen fuel cells and other industrial fields. Due to the ease of storage and transportation of ammonia, this method also has the advantage of being renewable.

Product Advantages:

● Catalyst function: Catalysts play a crucial role in the process of ammonia decomposition for hydrogen production, as they can reduce the activation energy of the reaction and increase the reaction rate.

●Temperature control: The decomposition of ammonia gas needs to be carried out under high temperature conditions, usually around 500-800°C, and the reaction temperature needs to be precisely controlled to ensure the progress of the reaction.

●Process control: The ammonia decomposition hydrogen production process requires precise control and monitoring to ensure reaction stability and product quality.

●Product purity: The hydrogen gas produced through the ammonia decomposition process usually has high purity and can meet the requirements of various applications, including hydrogen fuel cells and other fields.

Technical parameters:

● Hydrogen delivery: ≤150Nm3/hr;

● Dew point: －10℃

● Pressure: 0.05 Mpa

● Residual ammonia: 1000ppm

Product picture: