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Atcorp

PPNG 6–90 HE PSA Nitrogen Generators

The PPNG 6–90 HE is a premium PSA nitrogen generation solution for low- to medium-flow applications, offering selectable purity up to 99.999% with efficient, dependable on-site nitrogen production.

Introduction

The PPNG 6–90 HE helps industries generate nitrogen on-site instead of depending entirely on delivered gas. Its high-efficiency PSA technology, Variable Flow Saver, automatic purity control, and intelligent monitoring help provide a reliable nitrogen supply while reducing energy consumption and operating costs.

Key Benefits

Automatic Purity Control
High-Efficiency CMS
On-Site Generation
Smart Monitoring
Up to 40% Energy Savings
Up to 99.999% Purity

WHY PPNG 6–90 HE PSA Nitrogen Generators?

The PPNG 6–90 HE is designed for industries requiring consistent, high-purity nitrogen at low to medium flow rates. Its optimized PSA cycle adapts to changing demand, while automatic purity regulation and advanced monitoring help maintain dependable gas quality and efficient operation.

Model

Nominal free nitrogen delivery (Nm3/h)

95% PCT

99.5% PCT

99.999% PPM

PPNG 6 HE

18.2

8.1

1.9

PPNG 7 HE

23.4

10.4

2.5

PPNG 9 HE

28.7

12.7

3.0

PPNG 12 HE

36.4

16.2

3.8

PPNG 15 HE

46.9

20.8

4.9

PPNG 18 HE

57.3

25.5

6.0

PPNG 22 HE

70.3

31.3

8.0

PPNG 28 HE

86.0

38.2

9.7

PPNG 30 HE

93.8

41.7

10.6

PPNG 37 HE

114.7

51.0

13.0

PPNG 41 HE

128.9

57.5

15.9

PPNG 50 HE

157.7

70.3

19.5

PPNG 65 HE

184.8

90.2

26.3

PPNG 75 HE

211.4

102.1

29.8

PPNG 90 HE

264.3

127.7

37.2

The PPNG 6–90 HE uses PSA technology to separate nitrogen from compressed air through Carbon Molecular Sieves.

 

Step 1 – Compressed Air Intake
Clean compressed air enters the nitrogen generator.

 

Step 2 – Gas Separation
The air passes through vessels containing high-efficiency Carbon Molecular Sieves.

 

Step 3 – Oxygen Adsorption
The CMS selectively adsorbs oxygen and other gases while nitrogen passes through.

 

Step 4 – PSA Regeneration
The vessels alternate between pressure levels, regenerating the CMS for continuous nitrogen production.

 

Step 5 – Purity-Controlled Delivery
Nitrogen is delivered at the selected purity, flow, and pressure.

 

Step 6 – Demand Optimization
The Variable Flow Saver adapts the PSA cycle and feed-air intake during lower demand to reduce unnecessary energy consumption.

The PPNG 6–90 HE combines efficient PSA technology, intelligent controls, and automatic purity management for dependable on-site nitrogen generation.

 

High-Purity Nitrogen

Produces nitrogen with selectable purity up to 99.999% for demanding applications.

 

Variable Flow Saver

Reduces energy consumption during low nitrogen demand and can bring air consumption down to zero when nitrogen is not required.

 

High-Efficiency CMS

Advanced Carbon Molecular Sieves support efficient nitrogen separation and lower operating costs.

 

Automatic Purity Control

Automatically regulates nitrogen flow, pressure, and purity to maintain specified gas quality.

 

Zirconia Oxygen Sensors

Precisely monitor oxygen levels to support consistent nitrogen purity.

 

Purelogic Touch Controller

Provides advanced control and monitoring of nitrogen flow, pressure, purity, and feed-air quality.

Industrial Applications

The PPNG 6–90 HE is suited to industries requiring dependable, high-purity nitrogen for production and process applications.

Frequently Asked Questions

Find quick answers about the PPNG 6–90 HE PSA nitrogen generator, including purity, capacity, efficiency, technology, and applications.
The PPNG 6–90 HE offers selectable nitrogen purity from 95% up to 99.999%, allowing users to select gas quality according to application requirements.
It uses Pressure Swing Adsorption (PSA) technology. Carbon Molecular Sieves selectively adsorb oxygen and other gases from compressed air, allowing nitrogen to pass through as the product gas.
The Variable Flow Saver can reduce energy consumption by up to 40% during low-demand periods by adapting the PSA cycle and feed-air intake.
The PPNG 90 HE can deliver up to 264.3 Nm³/h at 95% purity, 127.7 Nm³/h at 99.5% purity, or 37.2 Nm³/h at 99.999% purity, according to the manufacturer’s specifications.
The specified inlet pressure range is 4–13 barg, with an inlet temperature range of 5–60°C.
Yes. Zirconia oxygen sensors and the Purelogic Touch controller support automatic monitoring and regulation of nitrogen purity, flow, and pressure.
Yes. As an India-based distributor, Atcorp can help evaluate your required nitrogen purity, flow, pressure, and application to identify a suitable PPNG configuration, along with product supply and service support.

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