Nitrogen purification device-Fornitore globale

Changzhou Liansheng Drying Equipment Co., Ltd

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1380150301113915088178
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No. 78 Changzheng Road, Zhenglu Town, Changzhou City, Jiangsu Province

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Nitrogen purification device

The purification principle of carbon supported nitrogen is O2+C -- CO+CO2, which uses oxygen and palladium carbon fiber to react under catalytic actio

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Purification principle of carbon supported nitrogen gas
O2 + C ----- CO + CO2
The principle of using oxygen and palladium carbon fiber to react under catalytic action to produce carbon monoxide and carbon dioxide is utilized. The residual oxygen in nitrogen gas reacts in a deaerator equipped with efficient palladium carbon fiber to remove oxygen impurities, and then undergoes two-stage drying and dehydration through cooling and adsorption to obtain high-purity nitrogen gas. The core component of deoxygenation is palladium carbon fiber, and precious metals such as palladium play a catalytic role in palladium carbon fiber.

Product Features
Pure gas does not contain hydrogen, suitable for hydrogen free environments in product nitrogen
Simple principle, reasonable structure, low energy consumption
Gas index temperature, low impurity content
● Optional automatic system for unmanned operation
● Wide application range, no special requirements for raw gas

TECHNICAL INDEX
Ordinary nitrogen:
Pressure -0.6~0.7Mpa (adjustable)
● Atmospheric dew point - ≤ -40 ℃
Oxygen content - ≤ 1%
● Processing gas volume -10-5000Nm3/h

High purity nitrogen:
Pressure -0.5~0.6Mpa (adjustable)
● Atmospheric dew point - ≤ -70 ℃
Oxygen content - ≤ 3ppm
● Hydrogen content - none
● Nitrogen volume -10-5000Nm3/hr
Note: Raw gas has a higher oxygen content and dew point, so it is necessary to consider graded deoxygenation and dehydration. It is recommended to use a nitrogen oxygen content of ≤ 0.1%, which can greatly reduce the consumption of carbon deoxidizer and lower the cost of use.

Principle of hydrogenation nitrogen purification
O2 + H2 ----- HO2
The principle of using oxygen and hydrogen to react under the action of a catalyst to generate water is utilized. Hydrogen is added to nitrogen gas, and the mixture reacts in a deaerator equipped with an efficient catalyst to remove oxygen impurities. After cooling and adsorption, the mixture is dried and dehydrated in two stages to obtain high-purity nitrogen gas.

Product Features
Pure gas contains excess hydrogen, suitable for applications that require reducing atmospheres, with adjustable hydrogen content.
Simple principle, reasonable structure, low energy consumption
Gas index temperature, low impurity content
● Optional automatic system for unmanned operation
● Wide application range, no special requirements for raw gas

TECHNICAL INDEX
Ordinary nitrogen:
Pressure -0.6~0.7Mpa
● Atmospheric dew point - no requirement
Oxygen content - ≤ 3%
● Processing gas volume -10-5000Nm3/hr

High purity nitrogen:
Pressure -0.5~0.6Mpa (adjustable)
● Atmospheric dew point - ≤ -70 ℃
Oxygen content - ≤ 3ppm
Hydrogen content -500~2000ppm
● Nitrogen volume -10-5000Nm3/hr

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