Get in Touch with Pangeng
Nitrogen Compressors
Industrial Nitrogen Compressor Manufacturer
PanGeng is in the business of offering a range of Nitrogen Compressor Solutions designed to ensure maximum operational effectiveness. High-pressure nitrogen boosters, nitrogen system packages for integration with other nitrogen packages, and OEM-ready nitrogen generation packages for applications such as laser cutting, food packaging, and oil and gas processes.
Up to 50 MPa Pressure
PSA & Membrane Integration
OEM Customization
Global Export
Understanding High-PressureNitrogen Systems
High-Pressure Nitrogen Technology
High-pressure nitrogen systems are considered high-tech. High-pressure nitrogen is gaseous nitrogen compressed to elevated psi to meet process-specific needs while maintaining purity. Since a large number of processes require high pressure and consistent flow, the nitrogen system must handle heat, moisture, and contaminants from the first stages: compressed air, nitrogen generation, and final nitrogen compression.
Advanced Gas Generation
Gas generators provide high-purity nitrogen, which can be stored or supplied to the production system. In well-designed systems, compression ratios, cooling, and sealing are engineered to ensure that high-pressure nitrogen remains inert and clean. This may be used for some of the following critical applications: precise cutting, reliable purging, and controlled blanketing.
High-Pressure Nitrogen Compressors Explained
High-pressure nitrogen compressors are built to compress nitrogen gas from a nitrogen generator or from a cylinder to the target psi. These nitrogen gas compressor units can be constructed with multiple compression stages, interstage cooling, and specialized isolation seals to handle pressure swing.
Integrated System Solutions
The system, combined with nitrogen boosters, provides precise control over both flow and pressure for on-site nitrogen delivery. The system is compatible with PSA nitrogen generators and membrane platforms for flexible nitrogen generation. Additionally, the compressor efficiently manages load cycles, reduces energy consumption, and stabilizes output, providing reliable, high-pressure nitrogen for continuous industrial duty.
Key Specifications
50 MPa
Maximum Pressure99.999%
Nitrogen Purity200-1200
Flow Rate (Nm³/h)System Features
Nitrogen Gas and Its Advantages-Wholesale Supplier Benefits
Nitrogen gas has become a necessity in modern manufacturing, particularly in applications involving controlled environments, maintained pressure, and consistent quality.
Benefits of Nitrogen Gas in Industrial Applications
When laser cutting, high-pressure nitrogen removes molten metal and helps protect edge and surface quality. In food packaging, high-quality nitrogen increases shelf life by removing oxygen. The chemical industry uses nitrogen gas for blanketing and purging to mitigate fire and contamination risks.
PSA Nitrogen Generator
On-site generation using pressure swing adsorption technology for consistent supply
Nitrogen Gas Compressor
Provides consistent pressure and flow to production systems
Cost Reduction
Reduces cost per unit of nitrogen gas and eliminates delivery delays
When nitrogen is generated on-site, a PSA nitrogen generator or membrane system serves as the gas generator. When paired with a nitrogen gas compressor, it provides consistent pressure and flow to production. This reduces the cost per unit of nitrogen gas, eliminates delays in gas delivery, and increases operational safety by minimizing the risks associated with high-pressure cylinder inventories.
Nitrogen Gas Compressor Features
A modern nitrogen compressor is engineered to compress nitrogen gas from a generator to high pressure without compromising purity. Key features include:
Multi-stage compression with interstage cooling
Low-leakage seals for purity protection
Intelligent controls coordinating with pressure swing adsorption
Variable-speed drives for energy efficiency
Integrated nitrogen boosters for transient loads
Environmental Considerations
On-site nitrogen generation eliminates deliveries of gas cylinders and bulk liquid logistics, reducing transport emissions and the facility’s carbon footprint.
Plants minimize gas-nitrogen spend with energy-efficient compression and heat recovery from their own PSA or membrane systems, and nitrogen compressor-optimized systems.
Systems nitrogen design nitrogen loss systems systems of gas loss and the avoiding gas of loss compression loss sufficient to avoid the harmful emissions chemical when blanketing emissions agents substituted with N2.
Advanced Compressor Technology for Nitrogen Generation
PanGeng is a compressor technology to optimize nitrogen generation, compression, and distribution across mission-critical nitrogen applications. We ensure that the nitrogen system maintains high-purity nitrogen from the compressed inlet of air to point-of-use psi through the precision compression staging and efficient cooling.
01
PSA & Membrane Integration
PSA provides seamless interfacing with both PSA Nitrogen Generator Platforms and membrane nitrogen generator platforms. PSA technology provides end-users with nitrogen gas at 95%-99.999% purity and optimized compression.
02
Multi-Stage Compression
Utilizing a multi-stage compression system with interstage cooling and a low-leakage design allows for high-purity nitrogen gas up to 50 MPa while also maintaining a high degree of purity by eliminating potential ingress.
03
Intelligent Control Systems
Through the use of variable-speed drives and smart control methods, the intelligent control of PSI for the nitrogen generator and the combined load of the compressor and customer-end user demand are closely coordinated to achieve energy savings of 30% or more.
04
Quality & Contamination Control
The use of smart controls and robust monitoring systems will maintain optimal conditions for temperature, pressure, and moisture, ensuring no variation. High-efficiency heat exchangers and precision sealing materials are used to protect the high-purity nitrogen during all compression processes.
Solutions
Common Challenges & PanGeng Solutions of Nitrogen Compressors
We acknowledge the operational hurdles industrial nitrogen users face. Here is how our nitrogen compressor solutions solve your problems.
High Cylinder Logistics Costs
The Challenge
When nitrogen supply relies on cylinder deliveries, cost volatility, delivery delays, and the safety risks of high-pressure cylinder handling arise. Many facilities pay between 40%-60% more for cylinder nitrogen than ofor n-site generation.
PanGeng Solution
On-site nitrogen generation is more economical and safer to operate than full-cylinder logistics. We combine PSA or membrane nitrogen generators with nitrogen boosters to provide a steady, operationally stable supply of nitrogen at your desired psi.
Inconsistent Nitrogen Purity
The Challenge
Consistency of supply of high-purity nitrogen is often a root cause of laser cutting quality problems and food packaging failures. Standard compressors with oil or moisture contamination create sub-optimal product quality and production inefficiencies.
PanGeng Solution
In compression, oil-free nitrogen & moisture-free nitrogen, and ISO 8573-1 Class 0-certified nitrogen are the perfect solutions. Monitoring systems for nitrogen pressure, temperature, and moisture are integrated with laser cutting and food industry applications with automation to achieve consistent control.
Limited OEM Customization Options
The Challenge
High-nitrogen-demand applications are often poorly served by standard nitrogen compressors. Equipment integrators and OEMs lack the willingness to customize compression ratios, footprints, and control interfaces.
PanGeng Solution
We specialize in OEM nitrogen compressors and provide custom-made solutions for your needs. We engineer everything, from small skids for limited space applications to hybrid configurations that switch between on-site nitrogen and cylinder supply.
High-Pressure Requirements for O&G
The Challenge
Applications in the oil and gas industry, such as pipeline purging and pressure testing, require extremely high pressure purging at 5000+ PSI. The reliability needs to be rugged for the harsh field conditions. Finding certified equipment that meets ATEX and API standards is challenging.
PanGeng Solution
Our high-pressure nitrogen gas compressors achieve up to 50 MPa and are ATEX-, API-, and DNV-certified. Vehicle-mounted and skid-mounted configurations with diesel or electric drive options provide the most reliable supply for challenging oil and gas operations.
Why Select PanGeng
Why Choose PanGeng as Your China Nitrogen Compressor Manufacturer
Factory-direct collaboration with nitrogen gas compressor manufacturers enables competitive pricing, OEM services, and complete after-sales service.
China Factory Direct
Direct from the Anhui manufacturing unit. No intermediaries, aggressive factory prices for distributors and industrial customers globally.
OEM Customization
Design, branding, and specification customization of a nitrogen compressor. Integration with your PSA and membrane nitrogen generator systems.
Quality Certified
Manufactured in an ISO 9001 certified facility. Products meet various global market standards, including ASME, API, CE, and ATEX.
Global Service Network
Technical assistance, service, and spare parts in over 50 countries. A proficient engineering team for after-sales support.
Nitrogen Compressor Specifications from China Manufacturer
Complete technical specifications for our nitrogen booster and nitrogen gas compressor product lines. Contact us for custom configurations beyond standard specifications.
Swipe to view all
| Model | N₂ Flow Rate (Nm³/h) | Discharge Pressure (MPa) | Screw Type / Stages | Booster Type / Stages | Cooling | Drive |
|---|---|---|---|---|---|---|
| MZD-200/250 | 200 | 25 | Twin Screw / Single | Piston / 3 Stage | Air Cooled | Electric Motor |
| MZD-300/350 | 300 | 35 | Twin Screw / Single | Piston / 4 Stage | Air Cooled | Electric/Diesel |
| MZD-600/250 | 600 | 25 | Twin Screw / Single | Piston / 3 Stage | Air Cooled | Electric/Diesel |
| MZD-900/350 | 900 | 35 | Twin Screw / Single | Piston / 4 Stage | Air Cooled | Electric/Diesel |
| MZD-900/500 | 900 | 50 | Twin Screw / Single | Piston / 5 Stage | Air Cooled | Electric/Diesel |
| MZD-1200/350 | 1200 | 35 | Twin Screw / Single | Piston / 4 Stage | Air Cooled | Electric/Diesel |
| MZD-1200/500 | 1200 | 50 | Twin Screw / Single | Piston / 5 Stage | Air Cooled | Electric/Diesel |
| XFZD-600/250 | 600 | 25 | Twin Screw / Single | Piston / 3 Stage | Air Cooled | Electric/Diesel |
| XFZD-900/500 | 900 | 50 | Twin Screw / Dual | Piston / 5 Stage | Air Cooled | Electric/Diesel |
| XFZD-1200/500 | 1200 | 50 | Twin Screw / Dual | Piston / 5 Stage | Air Cooled | Electric/Diesel |
Nitrogen Compressor Tools & Selection Guide
Useful utilities and guided selection process to help you find the perfect nitrogen compressor for your needs
Pressure & Flow Unit Converter
Instant conversion between common industrial units used in nitrogen compressor specifications
Enter Value
Conversion Results
Click any result to copy to clipboard
Conversion Reference
1 bar = 14.5038 PSI
1 bar = 0.1 MPa
1 bar = 100 kPa
1 bar = 0.9869 atm
1 bar = 1.0197 kg/cm²
Enter Value
Conversion Results
Click any result to copy to clipboard
Conversion Reference
1 m³/h = 16.667 L/min
1 m³/h = 0.5886 CFM
1 CFM = 1.699 m³/h
1 L/min = 0.0353 CFM
Enter Value
Conversion Results
Click any result to copy to clipboard
Conversion Reference
1 m³ = 1,000 Liters
1 m³ = 35.3147 Cu. Feet
1 m³ = 264.172 Gallons
Application Product Recommender
Answer a few questions to get personalized nitrogen compressor recommendations
1
Industry
2
Requirements
3
Results
What is your primary application industry?
Specify your technical requirements
Recommended Solution
High Pressure Reciprocating Compressor
Ideal for laser cutting applications requiring high pressure and flow rates.
Perfect Match for Your Application
Pressure Range
20-40 bar
Flow Capacity
50-500 m³/h
Purity Level
99.5-99.999%
Certification
ISO 8573-1
Ready to get a customized quote? Our engineers are ready to help you find the perfect system.
Copied to clipboard!
Frequently Asked Questions (FAQs)
What is the role of nitrogen compressors in gas purification?
With integrated systems, nitrogen compressors prevent contamination during gas purification. They direct clean nitrogen to downstream filters and integrated systems block contamination and prevent oxidation in the process lines and storage. The downstream systems include PSA and membrane technologies. They ensure the gas delivered downstream meets the necessary purity levels required for the sensitive operations.
What gas supply options are available when you use nitrogen compressors?
Nitrogen compressors also integrate with gas supply options, such as containerized systems, packaged compressor skid units, and PSA and membrane technologies, for on-site generation. They also support systems that require stable flow and pressure, such as laboratories, manufacturing, and food packaging, and provide a continuous supply of gas.
Why is it important to maintain nitrogen quality during the use of nitrogen compressors?
Nitrogen compressors are beneficial due to their flow and pressure. The pressure and flow help preserve the quality of the nitrogen and prevent the introduction of air and moisture. When compressors are maintained, they can improve downstream purification, including filters and dryers. This ensures that the nitrogen meets the system's specifications for use.
What is the interaction between PSA technology and membrane systems regarding nitrogen compressors?
Membrane and PSA (pressure swing adsorption) technologies convert ambient air into nitrogen and generally require compression to meet the target purity and distribution pressure. Nitrogen compressors pressurize generated gas to enhance storage and delivery. They also improve PSA cycle efficiency and stabilize the flow through the membrane modules. This allows the generation technologies to function as dependable sources of gas supply.
When do nitrogen compressors become more advantageous than bottled gas for a facility?
Nitrogen compressors are advantageous for the facility when a constant, high-volume gas supply is needed at a lower cost. Additionally, there is a heightened safety level, as high-pressure cylinders do not need to be bulk-stored, especially in areas where nitrogen is constantly used for purging, blanketing, or inerting. This is because compressors paired with on-site generation (membrane or PSA) considerably lower the need for deliveries.
What is the maintenance protocol for nitrogen compressors to ensure a reliable gas supply?
The maintenance protocol for the nitrogen compressors includes checking lubricants and oil, replacing the oil and air filters, and inspecting valves and seals for leaks. They also need to be inspected in the coolers, and the condensate drains, and the controls and the safety devices need to be checked. Consistent servicing helps to ensure there is no contamination in the nitrogen stream, maintains the performance of the compressors, and enables a gas supply for uninterrupted critical processes.
What industries use nitrogen with compressors?
Many industries use nitrogen with compressors. In food packaging, it is used to extend shelf life. In electronics, it is used to prevent oxidation. In chemical processing, it is used as an inert blanket. In metal fabrication, it is used for laser cutting and annealing. In the pharmaceutical industry, it is used for controlled atmospheres. All of these industries use nitrogen and compressors for on-demand delivery and precise pressure control.
Can compressors with nitrogen support different levels of purification, and how is purification done?
Yes, there are different levels of purification with nitrogen compressors. These levels can involve different purification methods, such as membranes and PSA technologies, gas filters, and catalytic converters. Purification is done through several steps. In the first step, the nitrogen is separated through a membrane or PSA. In the next steps, the nitrogen is filtered, dried, and polished to achieve a level of purity necessary for analytical, industrial, or food-grade applications.