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Summary: The Elaire PSA Nitrogen Generator is designed to provide a steady and on-demand supply of high-purity nitrogen gas, suitable for a variety of industrial applications. It utilizes Pressure Swing Adsorption (PSA) technology with a carbon molecular sieve to separate nitrogen from other gases, offering cost-effective and efficient nitrogen generation with the potential to significantly reduce reliance on traditional gas supply methods.

Type:

Elaire PSA Nitrogen Generator

Elaire PSA Nitrogen Generator Parts

Elaire PSA Nitrogen Generator Features

Elaire PSA Nitrogen Generator featured
Elaire PSA Nitrogen Generator featured

ELAIRE PSA NITROGEN GENERATOR

Pressure Swing Adsorption (PSA) technology separates nitrogen from compressed air by adsorbing the oxygen in the air using Carbon Molecular Sieve material. Because this adsorbent will become saturated with O₂, the generator consists of two vessels. While one vessel produces nitrogen, the other regenerates its saturated CMS, rotating as needed.

  • N2 Flow Rate: 3—3000Nm3/h
  • N2 Purity: 95—99.999%
  • N2 Pressure: 0.1—0.7Mpa (Adjustable)
  • N2 Atmospheric Dew Point: ≤-45℃

Advantages of ELN series PSA nitrogen generator:

  • Cylinder compression device avoids the pulverization of the molecular sieve caused by the impact of high-speed airflow.
  • Equipped with an extended settling alarm system, with automatic sound and light alarm for the lower limit of the stroke.
  • Manual and automatic integration, realize automatic start and stop, change the adsorption synchronization period according to changes in flow and purity, and reduce energy consumption to the greatest extent. The nitrogen automatic interlocking venting device ensures the quality of the product nitrogen.
  • Provides 232 and 485 interfaces (optional D05 remote control), intelligent IOT system, stable and reliable operation, and multiple fault alarms.
  • Reasonable structure design, transportation, lifting and installation are very convenient.
  • Simple operation, stable operation, high degree of automation, and unmanned operation can be realized.

Key components of the Elaire PSA Nitrogen Generator include:

  • Carbon Molecular Sieve (CMS): The key adsorbent material used to separate nitrogen from compressed air.
  • Pressure Vessels (Adsorption Towers): Two vessels filled with CMS, alternating between adsorption and regeneration cycles.
  • Control System: Advanced system to monitor and regulate the adsorption and regeneration cycles, ensuring optimal performance.
  • Prefiltration System: Ensures the compressed air entering the PSA nitrogen generator is clean and dry, protecting the CMS from damage and contamination.
  • Nitrogen Buffer Tank: Stores the generated nitrogen and ensures a continuous supply to the application, stabilizing pressure and flow rate.
  • Oxygen Sensor: Continuously monitors the purity of the generated nitrogen.
  • Pressure Regulating Valves: Control the pressure of the compressed air entering the PSA system and the nitrogen exiting the buffer tank.
  • Nitrogen Flow Control Valve: Regulates the flow of nitrogen from the PSA system to the application, maintaining a consistent flow rate and pressure.

Elaire PSA Nitrogen Generator Specifications

Model N2 Capacity Inlet Outlet Tank Volume L*W
Purity: 97% Nm³/h mm mm mm
ELN10 10 15 15 0.1 1330×750
ELN20 20 25 15 0.2 1500×800
ELN30 30 25 15 0.2 1650×850
ELN40 40 25 25 0.2 1800×1000
ELN50 50 32 25 0.3 2000×1050
ELN60 60 32 25 0.3 2100×1100
ELN80 80 40 25 0.6 2250×1200
ELN100 100 40 32 0.6 2400×1300
ELN150 150 50 32 1.0 2900×1650
ELN200 200 50 32 1.0 3050×1800
ELN300 300 65 40 1.5 3300×2050
ELN400 400 65 40 2.0 3450×2150
ELN500 500 80 50 2.0 3800×2300
ELN 600 600 80 50 2.0 4000×2400
ELN800 800 100 65 3.0 4250×2450
ELN1000 1000 100 65 4.0 4450×2600
ELN1500 1500 125 80 5.0 4700×2800
ELN2000 2000 150 100 6.0 5000×3000
ELN2500 2500 200 100 8.0 5250×3250
Model N2 Capacity Inlet Outlet Tank Volume L*W
Purity: 99% Nm³/h mm mm mm
ELN10 10 15 15 0.1 1430×800
ELN20 20 25 15 0.2 1650×850
ELN30 30 25 15 0.2 1750×900
ELN40 40 25 25 0.3 1900×1050
ELN50 50 32 25 0.3 2150×1100
ELN60 60 32 25 0.6 2200×1160
ELN80 80 40 25 0.6 2350×1300
ELN100 100 40 32 0.6 2600×1350
ELN150 150 50 32 1.0 3200×1450
ELN200 200 50 32 1.0 3360×1600
ELN300 300 60 40 1.5 3600×2250
ELN400 400 60 40 2.0 3750×2350
ELN500 500 80 50 2.0 4100×2380
ELN600 600 80 50 2.0 4250×2450
ELN800 800 100 65 3.0 4450×2550
ELN1000 1000 100 65 4.0 5000×2750
ELN1500 1500 125 80 5.0 5100×3000
ELN2000 2000 150 100 6.0 5300×3250
ELN2500 2500 200 100 8.0 5650×3500
Model N2 Capacity Inlet Outlet Tank Volume L*W
Purity: 99.5% Nm³/h mm mm mm
ELN10 10 15 15 0.1 1450×830
ELN20 20 25 15 0.2 1680×860
ELN30 30 25 15 0.2 1800×920
ELN40 40 25 25 0.3 1950×1100
ELN50 50 32 25 0.3 2200×1200
ELN60 60 32 25 0.6 2300×1200
ELN80 80 40 25 0.6 2380×1300
ELN100 100 40 32 0.6 2700×1450
ELN150 150 50 32 1.0 3050×1550
ELN200 200 50 32 1.5 3450×1800
ELN300 300 65 40 2.0 3700×2050
ELN400 400 65 40 2.5 3850×2450
ELN500 500 80 50 3.0 4180×2550
ELN600 600 80 50 3.0 4350×2650
ELN800 800 100 65 4.0 4650×2750
ELN1000 1000 100 65 6.0 5150×2850
ELN1500 1500 125 80 8.0 5200×3200
ELN2000 2000 150 100 8.0 5500×3500
ELN2500 2500 200 100 10.0 5800×3800
Model N2 Capacity Inlet Outlet Tank Volume L*W
Purity: 99.9% Nm³/h mm mm mm
ELN10 10 15 15 0.1 1650×1050
ELN20 20 25 15 0.2 1850×1100
ELN30 30 25 15 0.2 1950×1200
ELN40 40 25 25 0.3 2100×1250
ELN50 50 32 25 0.6 2250×1350
ELN60 60 32 25 0.6 2350×1380
ELN80 80 40 25 1.0 2550×1500
ELN100 100 40 32 1.0 2750×1650
ELN150 150 50 32 1.5 3200×1850
ELN200 200 50 32 2.0 3400×2100
ELN300 300 65 40 2.5 3750×2250
ELN400 400 80 50 3.0 4100×2550
ELN500 500 86 50 4.0 4300×2750
ELN600 600 100 65 4.0 4550×2750
ELN800 800 125 65 5.0 5250×3050
ELN1000 1000 125 65 6.0 5350×3250
ELN1500 1500 150 80 8.0 5600×3500
ELN2000 2000 150 100 10.0 6500×3750
Model N2 Capacity Inlet Outlet Tank Volume L*W
Purity: 99.99% Nm³/h mm mm mm
ELN5 5 15 15 0.2 1550×1050
ELN10 10 15 15 0.2 1850×1100
ELN20 20 25 15 0.3 2100×1250
ELN30 30 32 25 0.3 2350×1620
ELN40 40 40 25 0.6 2400×1550
ELN50 50 40 25 0.6 1550×1620
ELN60 60 50 25 1.0 2600×1750
ELN80 80 50 25 1.0 2850×1900
ELN100 100 65 32 1.5 2850×2050
ELN150 150 65 40 2.0 3000×2250
ELN200 200 80 50 2.0 3550×2300
ELN300 300 100 50 3.0 3850×2550
ELN400 400 100 65 4.0 4550×3250
ELN500 500 125 65 5.0 4850×3550
ELN600 600 125 80 5.0 5250×3650
ELN800 800 150 80 6.0 5550×3800
ELN1000 1000 150 100 6.0 5800×3950
Model N2 Capacity Inlet Outlet Tank Volume L*W
Purity: 99.999% Nm³/h mm mm mm
ELN5 5 15 15 0.2 1650×1150
ELN10 10 25 15 0.3 1950×1200
ELN20 20 40 15 0.6 2200×1350
ELN30 30 40 25 1.0 2450×1550
ELN40 40 50 25 1.0 2500×1650
ELN50 50 50 25 1.0 2650×1720
ELN60 60 50 32 1.5 2700×1850
ELN80 80 65 40 1.5 2950×2000
ELN100 100 65 40 2.0 2950×2150
ELN150 150 80 50 2.0 3100×2300
ELN200 200 100 50 3.0 3600×2400
ELN300 300 125 50 4.0 3900×2600
ELN400 400 125 65 5.0 4600×3200
ELN500 500 125 65 5.0 4900×3600
ELN600 600 150 80 6.0 5300×3700

Field of Use of Elaire PSA Nitrogen Generator

Elaire PSA Nitrogen Generator Reviews

PROS

  • On-demand nitrogen production eliminates the need for nitrogen cylinder deliveries and storage.
  • High purity levels of nitrogen suitable for sensitive applications, including food packaging and pharmaceuticals.
  • Cost savings over time compared to purchasing bottled or bulk nitrogen.
  • Environmental benefits by reducing the carbon footprint associated with transporting nitrogen.
  • Customizable purity and flow rates to meet specific industry requirements.
  • Low maintenance due to fewer moving parts compared to other nitrogen supply methods.
  • Increased safety as on-site generation reduces the risks associated with handling high-pressure cylinders.

CONS

  • Higher initial investment required for the purchase and installation of the generator.
  • Requires a reliable source of compressed air, which may add to operational costs.
  • Space requirements for the installation of the generator and associated equipment.

How-to Articles

Elaire PSA Nitrogen Generator Manual

Download Elaire PSA Nitrogen Generator Manual

Download Elaire PSA Nitrogen Generator Specs

Elaire PSA Nitrogen Generator FAQ

What is the minimum order quantity (MOQ) for an Elaire PSA Nitrogen Generator? +

The minimum order quantity (MOQ) for an Elaire PSA Nitrogen Generator is 1 piece. This allows for flexibility in ordering, catering to both retail and wholesale needs.

What are the payment terms for purchasing an Elaire PSA Nitrogen Generator? +

The payment terms for purchasing an Elaire PSA Nitrogen Generator are either TT (Telegraphic Transfer) or LC (Letter of Credit). These options provide secure and reliable methods of payment for both parties.

What is the lead time for delivery of an Elaire PSA Nitrogen Generator? +

The lead time for delivery of an Elaire PSA Nitrogen Generator ranges from 3 to 35 days, depending on the specific requirements and customization of the order.

How does a PSA nitrogen generator work? +

A PSA (Pressure Swing Adsorption) nitrogen generator works by using carbon molecular sieve (CMS) to separate nitrogen from compressed air. The CMS preferentially adsorbs oxygen and other gases, allowing high purity nitrogen to pass through.

What purity levels can an Elaire PSA Nitrogen Generator achieve? +

Elaire PSA Nitrogen Generators can achieve nitrogen purity levels up to 99.999%, making them suitable for a wide range of applications that require high purity nitrogen gas.

What are the advantages of using an on-site PSA nitrogen generator? +

The advantages of using an on-site PSA nitrogen generator include cost savings compared to delivered gas, continuous supply without the risk of running out, no safety issues associated with high-pressure cylinders, and the elimination of dangers related to cryogenic liquids.

What flow rates can Elaire PSA Nitrogen Generators achieve? +

Elaire PSA Nitrogen Generators can achieve flow rates up to 2,500 Nm3/h, making them suitable for a wide range of industrial applications with varying nitrogen demand.

How reliable are Elaire PSA Nitrogen Generators? +

Elaire PSA Nitrogen Generators are known for their reliability, with thousands of systems installed and operating worldwide.

What industries commonly use Elaire PSA Nitrogen Generators? +

Elaire PSA Nitrogen Generators are commonly used in various industries, including manufacturing, marine, petrochemical, and oil & gas. They are suitable for a wide range of applications that require high purity nitrogen gas.

What maintenance is required for an Elaire PSA Nitrogen Generator? +

Elaire PSA Nitrogen Generators require minimal maintenance, primarily consisting of regular filter replacements. The filters in the nitrogen generator must be replaced at least annually, and more frequently in excessively dusty or dirty environments to prevent damage to the nitrogen separation membrane.

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