Nitrogen DX Model

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Nitrogen DX Model

The DX Model Nitrogen Generation System is an advanced PSA-based solution designed to deliver extremely high-purity industrial nitrogen generator by integrating a catalytic purification stage. In this system, nitrogen produced through PSA technology is further refined using a Deoxo Unit, where residual oxygen reacts with hydrogen and is removed through an exothermic reaction process. This additional purification step ensures ultra-high nitrogen purity, making the DX Model suitable for highly sensitive industrial applications.

The system is widely used in industries where even trace levels of oxygen can impact product quality or process stability, such as electronics manufacturing, pharmaceuticals, food packaging, and precision chemical processing. The DX Model is engineered to deliver consistent performance, operational reliability, and long-term efficiency while maintaining strict gas purity requirements.

How It Works / Catalytic Purification Process

PSA Nitrogen Generation → Hydrogen Injection → Catalytic Deoxo Reaction → Ultra-Pure Nitrogen Output

Product Tabs

Model Type	DX Nitrogen Generation System
Technology	PSA with Catalytic Deoxo Purification
Reactor Type	Catalyst-Based Deoxo Unit
Operation	Fully Automated Industrial System
Output Quality	Ultra-High Purity Nitrogen

● Electronics Manufacturing
● Pharmaceutical Industry
● Food Packaging Industry
● Chemical Processing
● Metallurgical Applications
● Heat Treatment / Annealing

Flow Rate	1–5000 Nm³/hr
Nitrogen Purity	Up to 99.9997%
Operating Pressure	Above 5 bar
Dew Point	-60°C to -80°C

● Advanced catalytic nitrogen purification system
● Integrated PSA and Deoxo technology
● catalyst-based oxygen removal
● Ultra-high purity nitrogen output
● Stable and continuous industrial operation
● Suitable for sensitive industrial applications

Frequently Asked Questions

What is the DX Model used for?

The DX Model is used to produce ultra-high purity nitrogen for industries that require extremely low oxygen levels in their processes.

How does the DX Model achieve ultra-high purity nitrogen?

It combines PSA industrial nitrogen generator with a catalytic Deoxo Unit where oxygen reacts with hydrogen and is removed using a palladium catalyst.

Where is the DX Model commonly used?

It is commonly used in electronics, pharmaceuticals, food packaging, chemical processing, and heat treatment industries.

Why is the Deoxo process important?

The Deoxo process removes trace oxygen from nitrogen, ensuring very high purity levels required for sensitive industrial applications