PSA High Efficiency Nitrogen Generator

High efficiency, energy saving, rapid gas production, compact structure, long service life
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Adsorption-based PSA nitrogen generation device

The PSA nitrogen generation equipment adopts the pressure swing adsorption technology. It uses air as the raw material and utilizes the selective adsorption characteristics of carbon molecular sieves for oxygen and nitrogen to separate nitrogen and oxygen.

The PSA air purification equipment, with its outstanding performance, wide range of applications and convenient operation, has become one of the indispensable important equipment in modern industrial production and scientific research fields, providing users with efficient, stable and reliable nitrogen supply solutions.

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PSA NITROGEN GENERATOR

  • Nitrogen flow rate:  5~30000 Nm3/h
  • Nitrogen purity:  95%~99.9999%
  • Atmospheric dew point:  ≤-45℃
  • Nitrogen pressure:  0.05~0.8Mpa
  • Dimension(L*W*H):  customize
  • Voltage:  220V/380V according to your country's voltage
  • Weight:  According to different plans
  • Warranty:  1 Year
  • Machinery Test Report:  Provided
  • pro_detai_plate_one_1
    Energy-efficient
  • pro_detai_plate_one_2
    Stable operation
  • pro_detai_plate_one_3
    Low noise
  • pro_detai_plate_one_4
    Intelligent

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Description
Application
Details of PSA Nitrogen Generator

Process flow of PSA nitrogen production system

Process flow of PSA nitrogen production system

Product Features

High efficiency and energy saving: Using air as the raw material, the energy consumption is only the power consumption of the air compressor, resulting in low operating costs.
High degree of automation: Adopting advanced PLC control system, it can achieve fully automatic operation. The parameters such as nitrogen flow rate, purity, and pressure can be adjusted and displayed in real time. The operation is simple and does not require dedicated personnel to be on duty.
Rapid gas production: After the equipment is started, high-purity nitrogen can be provided within 15-30 minutes to meet the users’ immediate gas demand.
Compact structure: The overall modular design reduces the floor space. No complex infrastructure construction is required, making it easy to install and move.
Long service life: Using high-quality carbon molecular sieves and imported valves as key components, the equipment operates stably and has a service life of up to 10 years or more. No molecular sieve replenishment is required during normal use.

The features of our company's products
  • The PSA nitrogen generation process is straightforward and dependable, requiring minimal initial investment in equipment. It boasts lower energy consumption than alternative nitrogen production methods and significantly reduces operating costs, delivering substantial savings to customers.
  • Utilizing a high-quality imported programmable controller, the valves are automatically managed, enabling unattended operation. Within 15 minutes of startup, the unit consistently produces nitrogen gas that meets the required specifications, allowing for on-demand usage.
  • Key components are sourced from globally renowned brands ,including carbon molecular sieves, pneumatic valves, solenoid valves ,programmable controllers, and nitrogen flow meters, ensuring extremely low failure rates.
  • The unit is equipped with a purity analyzer, pressure gauges, and flow meters, which provide real-time online display of nitrogen purity, pressure, and volume. If the nitrogen purity falls below the specified lower limit, an automatic alarm is triggered.
  • With years of experience in sieve technology, we have perfected the process to ensure the molecular sieve remains tightly packed and does not loosen or run, thereby guaranteeing its long-term durability.
  • The unit features intelligent control, allowing it to operate based on actual nitrogen demand. It provides exactly the amount needed without any waste. When nitrogen usage is low or nonexistent, the entire unit can automatically shut down and restart, minimizing operational costs and conserving a significant amount of electricity.
  • Food packaging: Nitrogen gas is filled into food packaging bags, which can displace the oxygen inside the bags, thereby inhibiting the growth of microorganisms and oxidation reactions in the food, and extending the shelf life of the food.
  • Medical gas supply: In medical surgeries, nitrogen can be used to power some medical devices, such as pneumatic scalpels, etc.
  • In the pharmaceutical industry: nitrogen can be used in the production and packaging processes of drugs to protect them from oxidation and contamination.
  • Wastewater treatment: During the wastewater treatment process, nitrogen gas can be utilized in the biological denitrification process.
  • Aerospace: In the aerospace field, nitrogen can be used in the inerting system of aircraft fuel tanks.