Nitrogen generation system utilizing pressure swing adsorption (PSA) technology
Our containerized PSA nitrogen generator can separate nitrogen from compressed air utilizing pressure swing adsorption (PSA) technology, which is suitable for production of nitrogen in factories in bulk. All the components are setting inside containers so that the environmental requirement for the installation site is low, which makes it especially suitable for outdoor operations in harsh environment. We can also make customization design for equipment installation and specification according to your working environment and powering equipment to meet the need for different kinds of outdoor operation. For the necessary transportation of equipment, we can also provide you with mobility solutions, ensuring the convenience and safety of nitrogen use.
Key Parameters
Nitrogen capacity: 3-5000Nm³/h
Nitrogen purity: 90-99.9995%
Nitrogen pressure: 0.1-0.8Mpa (stable and adjustable pressure)
Nitrogen dew point: -40°C to -70°C (atmospheric pressure)
Every project is custom-tailored. We actively listen to your needs to design the optimal solution for you. Based on your site requirements, we offer a choice between standard configurations and optional advanced configurations.
We specialize in custom PSA systems, meticulously designing complete nitrogen generation solutions based on your specific application scope, capacity, purity, pressure, environmental requirements, and altitude.
Our customized engineering projects include solutions for: metallurgical heat treatment plants, oil and gas companies, chemical and pharmaceutical factories, food packaging plants, environmental protection companies, and more. With over two decades of accumulated experience, we can accurately provide clients with the best and most reasonable customized proposals.
Integration Capability
Suitable for applications such as natural gas pipeline purging and nitrogen protection for desert oil sludge treatment.
Applications
Our containerized PSA nitrogen generator is suitable for oil & gas industry, chemical industry, rubber & tyre industry, textile industry, food packaging industry, etc.
Application with special requirements, including petrochemical, coal chemical, salt chemical, natural gas chemical, fine chemical, new materials, and other chemical-related industries;
With the characteristics of high purity and supporting continuous production, this product can meet various application requirements, including improving brightness to certain finished products with high purity nitrogen, as well as heat treatment, bright annealing, protective heating, powder metallurgy, copper and aluminum processing, sintering of magnetic materials, precious metal processing, bearing production, etc.
Can be used in coal mining for preventing and extinguishing fire, gas dilution, etc.
Can be used in nitrogen protection and molding in the vulcanization process of rubber & tyre production, etc.
Available for food storage and preservation to ensure freshness.
Technical Specifications
RCN97 (Nitrogen Purity 97%)
RCN999 (Nitrogen Purity 99.9%)
RCN9999 (Nitrogen Purity 99.99%)
RCN99999 (Nitrogen Purity 99.999%)
Model
Nitrogen Production Nm³/h
Effective Gas Consumption m³/min
Inlet Diameter DN mm
Outlet Diameter DN mm
Dimensions (L×W) mm
RCN-10
10
0.4
15
15
850×420
RCN-20
20
0.8
15
15
850×420
RCN-30
30
1.2
25
15
1150×600
RCN-40
40
1.6
25
25
1150×600
RCN-50
50
2
32
25
1200×700
Model
Nitrogen Production Nm³/h
Effective Gas Consumption m³/min
Inlet Diameter DN mm
Outlet Diameter DN mm
Dimensions (L×W) mm
RCN-10
10
0.56
15
15
1150×600
RCN-20
20
1.1
25
15
1200×700
RCN-30
30
1.8
25
15
1250×880
RCN-40
40
2.3
25
25
1350×950
RCN-50
50
2.9
32
25
1750×1000
Model
Nitrogen Production Nm³/h
Effective Gas Consumption m³/min
Inlet Diameter DN mm
Outlet Diameter DN mm
Dimensions (L×W) mm
RCN-5
5
0.5
15
15
1150×600
RCN-10
10
1
15
15
1200×700
RCN-20
20
2
25
15
1260×880
RCN-30
30
3
32
15
1750×1000
RCN-40
40
4
40
20
1750×1000
RCN-50
50
5
40
20
2150×1100
Model
Nitrogen Production Nm³/h
Effective Gas Consumption m³/min
Inlet Diameter DN mm
Outlet Diameter DN mm
Dimensions (L×W) mm
RCN-5
5
0.6
25
15
1150×600
RCN-10
10
1.1
25
15
1250×880
RCN-20
20
2.2
40
15
1750×1000
RCN-30
30
3.3
40
25
2150×1100
RCN-40
40
4.4
50
25
2250×1140
RCN-50
50
5.5
50
25
2500×1150
Features
There will be no need to build a workstation, only a single point electrical connection in and a nitrogen connection out of the container are needed.
Support protection against wind, sun, rain, mosquitoes, rodents, etc.
It can be used directly in the open air, stacked on top of each other or transported in vehicles, effectively saving the space needed.
The internal setup can be customized according to the environment and application requirements, air-conditioning or other cooling equipment are available for additional installation.
Complete mobility solution will be provided for transportation of the equipment.
Our mobile containerized nitrogen generators are ideal for outdoor operations, offering plug-and-play convenience.
HMI (Human-Machine Interface): Features intelligent, one-button control with English subtitles and a touchscreen display for real-time monitoring of nitrogen flow, purity, equipment inlet/outlet pressure, and fault information. It also allows for online modification of equipment operating parameters.
Selection of Renowned Brand Components: We offer optional components from leading brands, including Atlas Copco air compressors, Japan Iwatani molecular sieves, Siemens controllers, Airtac electronic components, Burkert (Germany) valves, and GEMÜ (Germany) valves.
Remote Real-time Equipment Monitoring:
1). Reserved RS485 communication ports (Modbus or Profibus communication protocols) or Industrial Ethernet communication ports are available to facilitate user integration of nitrogen generation equipment signals into their DCS (Distributed Control System) for real-time monitoring.
2). We can directly provide industrial PCs, monitoring software, printers, etc., for seamless integration with the nitrogen generation equipment's control system for real-time monitoring.
3). An Internet-based intelligent IoT (Internet of Things) system can also be provided for intelligent analysis and monitoring.
Automatic Purging of Off-Spec Nitrogen:
1). A product nitrogen sampling port is provided for the analyzer to sample and determine if the product nitrogen purity meets specifications.
2). If purity is off-spec, the system automatically switches to the off-spec gas path to vent nitrogen.
3). Once purity returns to specification, it automatically switches back to the qualified gas path to deliver product nitrogen to the consumption end.
Adsorption Tower Structure Technology:
Further enhances molecular sieve utilization and improves equipment performance. The unique adsorption tower structure design effectively changes the speed and direction of internal airflow, reducing dead spaces within the tower. This further boosts molecular sieve utilization while preventing high-pressure airflow from impacting the molecular sieve, reducing pulverization. These factors contribute to extending molecular sieve lifespan, improving adsorption performance, and reducing energy consumption.
Cylinder Compaction Device
Online Nitrogen Purity & Pressure Monitoring
Molecular Sieve Filling Vibration Platform
Nitrogen Flow Monitoring
Burkert (Germany) Pneumatic Valve
Burkert (Germany) Solenoid Valve
How PSA Nitrogen Generation Works
PSA nitrogen generation is a technology to separate nitrogen from air by the adsorption ability of carbon molecular sieve under pressure by air compressor. After the air is compressed and purified (removing the oil, water and dust, etc.) before transferring into the absorption tower filled with carbon molecular sieves (CMS), the oxygen molecule will be adsorbed by carbon molecular sieve, while nitrogen molecules are too large so that they will be remained in the air. Those nitrogen molecules will pass through the tower into the nitrogen buffer tank, while oxygen molecules remain in the CMS. The adsorption process is performed at certain pressure, after that the atmospheric pressure will be resumed, and the adsorbed oxygen molecules will be escaped from CMS, pass the bottom of the tower through the exhaust silencing muffler into the air, and the CMS is available to be reused. Usually PSA nitrogen generator adopts double adsorption towers in parallel, they will be used alternatively for the adsorption and collection of the nitrogen under different pressure, continuously supporting the separation of oxygen and nitrogen. The above process will be automatically controlled by PLC system.
Our modular nitrogen generator has a compact structure, adopting non-pressure container molded in aluminum alloy die-casting and pipeline made of high strength alloy steel with quick-connect fittings.
Our membrane nitrogen generator is designed with membrane containing a bundle of hollow fibers with holes small enough to allow the smaller oxygen molecules, as well as other molecules such as CO2, water vapor to exit through them under pressure and let nitrogen molecules remain in the fiber holes.
Two adsorption tower will be installed in parallel in PSA oxygen generator, one tower begins the adsorption phase while other tower regenerates by de-pressurizing.
Our VPSA oxygen generator is able to generate oxygen with purity between 90% and 95%. It is mainly composed of air blower, vacuum bump, switching valve and oxygen buffer tank.
Our modular oxygen generator has a compact structure, adopting non-pressure container molded in aluminum alloy die-casting and pipeline made of high strength alloy steel with quick-connect fittings.
Q1: Does the complete system have high requirements for ambient temperature?
A: The system operates normally within an ambient temperature range of -10℃ to 40℃. Please inform us if you have special requirements, and we can equip the container with air conditioning or other suitable devices.
Q2: What is the warranty period?
A: The entire machine comes with a one-year warranty.
Q3: Are there any accessories or maintenance parts that need to be replaced?
A: The air compressor requires maintenance every 3000 hours, and filter elements need to be replaced every 8000 hours.
Q4: How does the system handle significant wind and sand in desert environments?
A: The control box operating system is equipped with two protective doors and filters to prevent sand and dust from entering the electrical control cabinet.
