Industrial Nitrogen Gas Plant Manufacturers
PSG Engineering is an experienced Industrial Nitrogen Gas Generation Plant manufacturer and supplier, from Hapur, Ghaziabad. We are known for manufacturing Nitrogen Gas Generators, and complete nitrogen generation systems for industries that require a reliable and continuous supply of nitrogen gas. Our nitrogen plants are designed for industrial applications where controlled nitrogen purity, continuous operation, low operating cost, and dependable gas production are important.
We manufacture nitrogen gas generation systems based on PSA (Pressure Swing Adsorption) technology, using specially selected Carbon Molecular Sieves (CMS) to separate nitrogen from compressed air. Our plants are engineered for high efficiency, durability, and low operational cost, making them ideal for industries requiring consistent and high-performance nitrogen generation.
Nitrogen Gas Generation Plant Manufacturer – PSG Engineering
As Industrial Nitrogen Gas Plant Manufacturers, PSG Engineering focuses on designing and manufacturing complete nitrogen generation systems for different industrial requirements. Our plants are developed with a practical approach toward continuous operation, energy efficiency, automation, maintenance, and consistent nitrogen production.
The system produces nitrogen on-site, reducing dependence on nitrogen cylinders and bulk liquid nitrogen supply. Our nitrogen gas plants can be engineered according to the required nitrogen purity, flow rate, operating pressure, production capacity, and application requirements.
Our Products
Technical Specifications: Liquid Nitrogen Plant
| Parameter | MS Modal | Palladium De-oxo | Copper De-oxo |
|---|---|---|---|
| Purity Range | Up to 95-99.9% | 99.995% (3-5 ppm ) | 99.999% (0.1 ppm ) |
| Oxygen Content | < 5 -0.01% | < 5 ppm | < 0.1 ppm |
| Hydrogen Content | 1% | 0.5% | NIL |
| Parameter | MS Modal | Palladium De-oxo | Copper De-oxo |
| Dew Point | -40 - 60°C | -60°C | -70°C |
| Flow Capacity | Customizable | 1 – 500 Nm³/hr | 1 – 200 Nm³/hr |
| Catalyst Used | CMS | Palladium (Pd) | Copper (Cu) |
Nitrogen Gas Plant Capacity Range
The required capacity of a nitrogen generation plant depends on the application’s nitrogen consumption and required purity.
PSG Engineering can engineer nitrogen generation systems in different capacity ranges, including small, medium, and large industrial installations. Typical nitrogen generator capacities may be specified in Nm³/hr or LPM, depending on the application.
| Plant Category | Approximate Capacity Range |
|---|---|
| Small Nitrogen Generator | 5–50 Nm³/hr |
| Medium Nitrogen Plant | 50–250 Nm³/hr |
| Industrial Nitrogen Plant | 250–500 Nm³/hr |
| Large Industrial Plant | 500–1000 Nm³/hr |
| Customized Large Capacity | 1000 Nm³/hr and above |
Note: The actual plant capacity is selected according to nitrogen purity, pressure, operating hours, feed-air conditions, and application requirements. We offer Customization of Nitrogen Plant.
How Does an Industrial Nitrogen Gas Generator Work?
PSG Engineering nitrogen generators generally use PSA technology to produce nitrogen from atmospheric air. Atmospheric air mainly contains nitrogen and oxygen along with small quantities of other gases. In the PSA process, compressed and treated air is passed through vessels containing Carbon Molecular Sieve.
The CMS preferentially adsorbs oxygen and other unwanted components while allowing nitrogen to pass through. The resulting nitrogen-rich gas is collected and supplied to the required industrial process.
PSA cycle normally includes:
Compressed Air → Air Treatment → Filtration → CMS Adsorption → Nitrogen Separation → Nitrogen Storage → Process Supply
Our Nitrogen Plants operate with two or more adsorption vessels that can operate alternately. While one vessel is producing nitrogen, another vessel can undergo regeneration by releasing the adsorbed gases. This cyclic operation allows continuous nitrogen production.
Nitrogen gas widely used in industries such as food processing, pharmaceuticals, chemicals, oil & gas, electronics, and metal processing due to its inert properties and ability to prevent oxidation, contamination, and fire hazards.
Nitrogen plants typically operate on advanced technologies like Pressure Swing Adsorption (PSA), which separates nitrogen from compressed air. This process is highly efficient, energy-saving, and capable of delivering nitrogen with varying purity levels as per industrial requirements.
Liquid Nitrogen Plant: Features
- On-site nitrogen generation
- High purity output
- Energy-efficient operation
- Low maintenance and operating cost
- Fully automatic system
- Compact and space-saving design
Applications:
- Food packaging and preservation
- Chemical and pharmaceutical industries
- Oil & gas sector
- Electronics manufacturing
- Metal processing and laser cutting
Liquid Nitrogen Plant Manufacturers
Nitrogen gas widely used in industries such as food processing, pharmaceuticals, chemicals, oil & gas, electronics, and metal processing due to its inert properties and ability to prevent oxidation, contamination, and fire hazards.
Nitrogen plants typically operate on advanced technologies like Pressure Swing Adsorption (PSA), which separates nitrogen from compressed air. This process is highly efficient, energy-saving, and capable of delivering nitrogen with varying purity levels as per industrial requirements.
We follow a systematic manufacturing approach for nitrogen gas generation systems, using only high quality material and advanced technology to ensure high purity and continuous supply. The plant is designed around the customer’s required capacity, purity, pressure, and installation conditions. Our engineering team develops the nitrogen generation system according to the specified operating parameters. Equipment selection is carried out based on the required nitrogen production and process conditions.
If you are looking for a reliable Nitrogen Plant for your industry, consider PSG Engineering for quality-focused and application-specific solutions. We provide customized nitrogen plants designed according to your required capacity, purity, pressure, and industrial application.
