It is a safe, convenient, and energy-efficient method for directly producing nitrogen on-site. Compressed air contains 79% nitrogen, which serves as both the raw material for nitrogen generation by the nitrogen generator and the source of energy consumption for the generator to achieve the production of high-purity nitrogen (99.999%).
Pressure swing adsorption (PSA) nitrogen generation technology utilizes the selective adsorption characteristics of carbon molecular sieves. It employs a cyclic process of pressure adsorption and depressurization desorption, allowing compressed air to enter the adsorption tower alternately to achieve the separation of oxygen and nitrogen in the air. This process enables the continuous and stable production of high-purity product nitrogen.
The pressure swing adsorption (PSA) nitrogen generator is a safe, convenient, and energy-efficient method for directly producing nitrogen on-site. Compressed air, which contains 79% nitrogen, serves as both the raw material for nitrogen production and the source of energy for the generator to achieve the production of high-purity nitrogen (99.999%).
Technical characteristics of fully automatic nitrogen generator:
1. The raw material air is sourced from nature. Only compressed air and power supply are required to produce nitrogen and oxygen. With new processes, the device design is continuously optimized to reduce energy consumption and capital investment.
2. Convenience: With the use of on-site nitrogen generators, the equipment boasts a high degree of automation, producing gas quickly. It can operate unattended, eliminating the need to wait for delivery or replenish gas cylinders. To shut down, simply press a button, and within 10-15 minutes of starting up, nitrogen can be generated.
3. The adjustment of nitrogen purity is convenient. The purity of nitrogen is only affected by the nitrogen exhaust volume, and the purity of the produced nitrogen can be adjusted arbitrarily between 97% and 99.99%.
4. Enhanced safety: The nitrogen generator eliminates the need to handle high-pressure gas cylinders, thereby reducing the risk of accidents.
5. The equipment has a simple process flow, compact structure and appearance, small footprint, and strong adaptability.
6. The equipment has stable performance and adopts PLC control, enabling fully automated operation.
Application fields and purposes of nitrogen generator
Electronics industry: Nitrogen protection for the production of semiconductors and electronic components.
Heat treatment: bright annealing, protective heating, sintering of powder metallurgy magnetic materials, etc.
Coal industry: The explosion-proof box underground is used for fire prevention and extinguishment every day.
Chemical industry: nitrogen blanketing, replacement, cleaning, pressure conveying, chemical reaction agitation, protection in chemical fiber production, etc.
Petroleum and natural gas industry: petroleum refining, nitrogen filling and purging of containers, pipelines, and leak detection boxes. Nitrogen injection for oil extraction.
Pharmaceutical industry: nitrogen-filled storage for Chinese and Western medicines, pneumatic conveying of nitrogen-filled medicinal materials, etc.
Cable industry: production of protective gas for cross-linked cables.
Other: metallurgical industry, rubber industry, aerospace industry, new energy, shipbuilding, tires, and many other fields.
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