AYAN-100MB pressure swing adsorption nitrogen generator Introduction: The air is compressed by an air compressor and enters a buffer tank for storage. It is filtered by a filtration system to remove oil, dust, and water. Then, it is freeze-dried by a refrigerated dryer and enters the nitrogen production unit. The compressed air entering the nitrogen production unit first undergoes deep removal of oil and water through an integrated high-efficiency filter, then stabilizes in an air buffer tank and enters the adsorption tower filled with carbon molecular sieve. Clean compressed air is then used for oxygen and nitrogen separation, and the produced nitrogen is sent to the nitrogen buffer tank for detection by a nitrogen analyzer and measurement by a flow meter. Unqualified nitrogen is released, and qualified nitrogen is stored in a nitrogen storage tank for production use. Features: 1. The output pressure is 0-0.7MPa, which can fully meet the high pressure requirements for the gas source. 2. The machine includes an air compressor, a refrigerated dryer, and a filtration system. 3. The bottom of the nitrogen generator is designed with load-bearing wheels and locking buckles, which are stable to place and easy to move 4. Equipped with a nitrogen purity meter and flow meter, it can display the nitrogen purity and flow rate in real time, making it easy to operate. 5. Adopting a specially designed compressed air micro oil adsorber, PSA nitrogen producing activated carbon is used to adsorb residual oil in compressed air, preventing possible trace oil infiltration and providing protection for carbon molecular sieves. 6. With long-term cooperation experience with domestic and foreign molecular sieve manufacturers, we can select energy-saving products according to user operating conditions. 7. The air storage tank provides compressed air required for the oxygen and nitrogen separation unit, reducing the load on the compressed air purification unit, reducing system pressure fluctuations, reducing airflow pulsation, improving purification performance, reducing failure rates, and improving service life 8. The nitrogen buffer tank balances the purity and pressure of nitrogen output from the oxygen nitrogen separation unit, providing high-purity nitrogen required for the secondary uniform process, optimizing the nitrogen distribution in the adsorption tower bed layer, and ensuring stable nitrogen flow rate, purity, and pressure. Technical parameters: Model: AYAN-100MB Nitrogen purity: 95-99.999% Material: 304 stainless steel Output flow rate: 100M3/H Oxygen content ≤ 1% Nitrogen leakage point: --40 ℃ Noise: ≤ 65dB Output pressure: 0-0.6Mpa (factory set at 0.5Mpa) Working power supply: 220V ± 10%; 50Hz ± 5% Power: 600W Environmental conditions: Environmental temperature: 0-40 ℃, relative humidity: ≤ 85%, without a large amount of dust and corrosive gases External dimensions: 2600 * 950 * 2400m
Introduction: The air is compressed by an air compressor and enters a buffer tank for storage. It is filtered by a filtration system to remove oil, dust, and water. Then, it is freeze-dried by a refrigerated dryer and enters the nitrogen production unit. The compressed air entering the nitrogen production unit first undergoes deep removal of oil and water through an integrated high-efficiency filter, then stabilizes in an air buffer tank and enters the adsorption tower filled with carbon molecular sieve. Clean compressed air is then used for oxygen and nitrogen separation, and the produced nitrogen is sent to the nitrogen buffer tank for detection by a nitrogen analyzer and measurement by a flow meter. Unqualified nitrogen is released, and qualified nitrogen is stored in a nitrogen storage tank for production use.
