Customized Nitrogen Purification Systems And Reduce Failure Rates

High Quality Accessories Ensure The Service Life Of Nitrogen Purification Systems And Reduce Failure Rates

Working Principle Description:

Hydrogenation: Nitrogen purification with hydrogenation and deoxygenation typically uses hydrogen gas as a reducing agent. Hydrogen gas is introduced into the nitrogen gas stream through a reaction vessel. The purpose of hydrogenation is to chemically react oxygen gas (O2) with hydrogen gas (H2) to produce water (H2O). The chemical reaction equation is as follows:

O2 + 2H2 → 2H2O

This reaction is a reduction reaction, where oxygen gas is reduced to water through hydrogenation.

Water Removal: The generated water molecules need to be removed from the nitrogen gas to maintain its purity. This is typically achieved by using adsorbents or desiccants. Adsorbents or desiccants can adsorb water molecules and separate them from the nitrogen gas. Common adsorbents include molecular sieves and activated carbon. By introducing adsorbents into the nitrogen gas stream, water molecules are adsorbed onto the adsorbents, thereby achieving water removal.

Hydrogen Removal: After completing hydrogenation and water removal, the remaining hydrogen gas needs to be removed from the nitrogen gas to ensure its purity. This can be achieved by using a catalyst. The catalyst can catalyze the reaction between hydrogen gas and oxygen gas, oxidizing hydrogen gas into water. Since water molecules have already been removed, the hydrogen removal reaction can completely consume the hydrogen gas in the gas, thereby achieving dehydrogenation.

Product Advantages:

Service Life Extension: High-quality accessories are designed and manufactured to meet stringent standards, ensuring their durability and reliability. By using these accessories, the overall service life of nitrogen purification systems can be extended significantly. This means that the system can operate efficiently for a longer period, reducing the need for frequent replacements or repairs.

Reduced Failure Rates: Inferior or low-quality accessories are more prone to failure, which can result in system downtime and increased maintenance costs. High-quality accessories, on the other hand, are built to withstand demanding operating conditions and provide consistent performance. This reduces the likelihood of failures and minimizes the risk of unexpected disruptions in nitrogen purification systems.

Compatibility and Interchangeability: High-quality accessories are typically designed to be compatible and interchangeable with specific nitrogen purification system models. This makes it easier to replace or upgrade components when needed, without the risk of compatibility issues or system incompatibility.

Technical parameters:

● Nitrogen delivery ≤700Nm3/hr;

● Purity 99.999%

● Pressure 0.4~1.0 Mpa

● Atmospheric dew point ≤－60℃

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