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JYFY-Oxygen Generator
Jalier
Jiangsu, China
Oxygen
New
| Quantity: | |
|---|---|
1. Air Compression: The system compresses air to the necessary pressure for subsequent processes that separate oxygen.
2. Air Purification: Eliminates impurities and moisture from compressed air to prevent the oxygen separation system from being contaminated.
3. Oxygen Separation: Uses molecular sieves or other adsorbents to selectively separate oxygen from nitrogen, based on their different adsorption properties.
4. Oxygen Storage: Stores the separated oxygen at the desired pressure, ready for use when required.
5. Control System: Oversees and regulates the entire process to ensure safe and efficient operation.
Industrial oxygen generators are utilized in various fields, such as metallurgy, chemical processing, environmental protection, construction materials, light industry, healthcare, aquaculture, biotechnology, wastewater treatment, and more.
| Production Rate: | 5 - 2000 Nm³/h |
| Voltage: | 220v/380v |
| Weight: | 3200 KG |
| Dimension(L*W*H): | Customized solutions |
| Warranty: | 1 Year |
| Key Selling Points: | Competitive Price |
| Marketing Type: | Hot Product 2022 |
| Machinery Test Report: | Provided |
| Video outgoing-inspection: | Provided |
| Warranty of core components: | 1 Year |
| Core Components: | PLC, Air compressor, Cold dryers, Filter, Air storage tank, Oxygen generator composition |
| Oxygen Capacity: | 3-5000 Nm3/hr |
| Oxygen Purity: | 93%±3% |
| Oxygen Pressure: | 0.1-0.7Mpa |
| Dew Point: | <=45°C |
| Model: | Intelligent |
| Sample: | Available |
| Mobile way: | Floor standing |
| Keyword: | Psa Oxygen generator |
| Color: | White |
| Payment: | 30% deposit, 70% balance |
| Supply Ability | 60 Set/Sets per Month |
1. Medical: The Oxygen generator， finds extensive application in the medical field. It is used in hospitals, clinics, and home healthcare settings to provide supplemental oxygen therapy to patients with respiratory conditions such as chronic obstructive pulmonary disease (COPD), asthma, and pneumonia. This application scenario involves the Oxygen generator delivering a steady and controlled flow of oxygen to the patient, improving their oxygen levels and aiding in their recovery process.
2. Welding, Brazing, and Cutting: In industrial settings, the Oxygen generator is utilized for welding, brazing, and cutting operations. It serves as a reliable source of oxygen that enables precise and efficient metal joining and cutting processes. This application scenario involves connecting the Oxygen generator to welding or cutting equipment, where it supplies the necessary oxygen for the combustion reactions, resulting in high-quality welds, strong brazed joints, and precise metal cutting.
3. Steel Mills: The Oxygen generator plays a crucial role in steel mills. It is used for oxygen enrichment in blast furnaces, converters, and other steel making processes. This application scenario involves injecting oxygen into the steel making process to enhance combustion, increase productivity, and improve the quality of steel produced. The Oxygen generator ensures a continuous and reliable supply of oxygen, contributing to the efficient operation of steel mills.
4. Glass and Ceramics: In the glass and ceramics industry, the Oxygen generator finds application in various processes. It is used for flame polishing, glass melting, glass blowing, and ceramic production. This application scenario involves utilizing the Oxygen generator to provide a controlled and high-purity oxygen supply, which aids in achieving precise temperature control, improved glass clarity, and enhanced ceramic properties.
5. Aquaculture: The Oxygen generator is employed in the aquaculture industry to support the growth and survival of aquatic organisms. This application scenario involves introducing oxygen into fish tanks, ponds, or other aquatic environments to maintain optimal dissolved oxygen levels. The Oxygen generator ensures a continuous and sufficient oxygen supply, promoting healthy fish growth, preventing oxygen depletion, and reducing the risk of fish mortality.
6. Oxygen Enrichment at High Altitudes: The Oxygen generator serves as a vital tool for individuals residing or traveling to high-altitude regions. This application scenario involves using the Oxygen generator to supplement the reduced oxygen levels experienced at high altitudes. By delivering concentrated oxygen, the machine helps alleviate symptoms of altitude sickness, enhances physical performance, and improves overall well-being in high-altitude environments.
7. Chemical Industry: The Oxygen generator finds application in various chemical processes. It is used for oxidation reactions, combustion, and as a feed gas for chemical reactors. This application scenario involves integrating the Oxygen generator into chemical plants, where it provides a reliable and controlled oxygen supply, facilitating efficient chemical reactions and ensuring high-quality chemical products.
8. Metallurgy: In the field of metallurgy, the Oxygen generator plays a significant role. It is utilized for oxygen enrichment in various metallurgical processes, including steel making, non-ferrous metal production, and metal refining. This application scenario involves injecting oxygen into the metallurgical processes to enhance combustion, increase heat transfer rates, and improve the overall efficiency of the processes.
In summary, the oxygen machine, finds diverse application scenarios in the medical, welding, steel, glass, aquaculture, high-altitude oxygen supplementation, chemical, and metallurgical industries. Its ability to deliver a controlled and reliable supply of oxygen makes it an indispensable tool in these fields, contributing to improved healthcare, efficient industrial processes, and enhanced product quality.
Preparation for starting
1. Switch off all power buttons, including those for the oxygen generator and associated valves. Wait until the system and pipeline have completely relieved pressure.
2. Set up the oxygen analyzer for sampling. Adjust the reducing valve pressure to 1.0bar. Adjust the sampling flowmeter and ensure the gas volume is around 1. Be cautious not to have too large of a sampling gas volume. Begin testing the nitrogen purity.
3. Confirm that the compressed air pressure is above 0.7mpa. Then, open the oxygen generator's stop valve and monitor the pressure changes in the adsorption tank. Verify that the pneumatic valve is functioning properly.
Startup process
1. Activate the cold dryer and allow it to run normally for approximately 2 minutes. On the oxygen generator's control panel, press the remote control button for the air compressor to start it.
2. Once the air storage tank's pressure reaches 0.6Mpa, press the start button on the oxygen generator to initiate its operation.
3. When the pressure in the oxygen buffer tank reaches 0.4Mpa, switch the supercharger to direction I and start it.
Shutdown procedure
1. What is an industrial oxygen generator?
An industrial oxygen generator is a machine used in various industries to produce oxygen for industrial processes.
2. How does an industrial oxygen generator work?
An industrial oxygen generator works by separating oxygen from the air through a process called pressure swing adsorption (PSA) or membrane separation. It then purifies and compresses the oxygen for use in industrial applications.
3. What are the benefits of using an industrial oxygen generator?
Using an industrial oxygen generator offers several benefits, including cost savings, improved efficiency, and increased safety. It eliminates the need for oxygen cylinders, reduces transportation costs, and ensures a continuous supply of oxygen.
4. Can an industrial oxygen generator be used in medical settings?
No, industrial oxygen generators are specifically designed for industrial applications and should not be used in medical settings. Medical professionals should use specialized medical oxygen generators that meet the required safety and purity standards.
1. Air Compression: The system compresses air to the necessary pressure for subsequent processes that separate oxygen.
2. Air Purification: Eliminates impurities and moisture from compressed air to prevent the oxygen separation system from being contaminated.
3. Oxygen Separation: Uses molecular sieves or other adsorbents to selectively separate oxygen from nitrogen, based on their different adsorption properties.
4. Oxygen Storage: Stores the separated oxygen at the desired pressure, ready for use when required.
5. Control System: Oversees and regulates the entire process to ensure safe and efficient operation.
Industrial oxygen generators are utilized in various fields, such as metallurgy, chemical processing, environmental protection, construction materials, light industry, healthcare, aquaculture, biotechnology, wastewater treatment, and more.
| Production Rate: | 5 - 2000 Nm³/h |
| Voltage: | 220v/380v |
| Weight: | 3200 KG |
| Dimension(L*W*H): | Customized solutions |
| Warranty: | 1 Year |
| Key Selling Points: | Competitive Price |
| Marketing Type: | Hot Product 2022 |
| Machinery Test Report: | Provided |
| Video outgoing-inspection: | Provided |
| Warranty of core components: | 1 Year |
| Core Components: | PLC, Air compressor, Cold dryers, Filter, Air storage tank, Oxygen generator composition |
| Oxygen Capacity: | 3-5000 Nm3/hr |
| Oxygen Purity: | 93%±3% |
| Oxygen Pressure: | 0.1-0.7Mpa |
| Dew Point: | <=45°C |
| Model: | Intelligent |
| Sample: | Available |
| Mobile way: | Floor standing |
| Keyword: | Psa Oxygen generator |
| Color: | White |
| Payment: | 30% deposit, 70% balance |
| Supply Ability | 60 Set/Sets per Month |
1. Medical: The Oxygen generator， finds extensive application in the medical field. It is used in hospitals, clinics, and home healthcare settings to provide supplemental oxygen therapy to patients with respiratory conditions such as chronic obstructive pulmonary disease (COPD), asthma, and pneumonia. This application scenario involves the Oxygen generator delivering a steady and controlled flow of oxygen to the patient, improving their oxygen levels and aiding in their recovery process.
2. Welding, Brazing, and Cutting: In industrial settings, the Oxygen generator is utilized for welding, brazing, and cutting operations. It serves as a reliable source of oxygen that enables precise and efficient metal joining and cutting processes. This application scenario involves connecting the Oxygen generator to welding or cutting equipment, where it supplies the necessary oxygen for the combustion reactions, resulting in high-quality welds, strong brazed joints, and precise metal cutting.
3. Steel Mills: The Oxygen generator plays a crucial role in steel mills. It is used for oxygen enrichment in blast furnaces, converters, and other steel making processes. This application scenario involves injecting oxygen into the steel making process to enhance combustion, increase productivity, and improve the quality of steel produced. The Oxygen generator ensures a continuous and reliable supply of oxygen, contributing to the efficient operation of steel mills.
4. Glass and Ceramics: In the glass and ceramics industry, the Oxygen generator finds application in various processes. It is used for flame polishing, glass melting, glass blowing, and ceramic production. This application scenario involves utilizing the Oxygen generator to provide a controlled and high-purity oxygen supply, which aids in achieving precise temperature control, improved glass clarity, and enhanced ceramic properties.
5. Aquaculture: The Oxygen generator is employed in the aquaculture industry to support the growth and survival of aquatic organisms. This application scenario involves introducing oxygen into fish tanks, ponds, or other aquatic environments to maintain optimal dissolved oxygen levels. The Oxygen generator ensures a continuous and sufficient oxygen supply, promoting healthy fish growth, preventing oxygen depletion, and reducing the risk of fish mortality.
6. Oxygen Enrichment at High Altitudes: The Oxygen generator serves as a vital tool for individuals residing or traveling to high-altitude regions. This application scenario involves using the Oxygen generator to supplement the reduced oxygen levels experienced at high altitudes. By delivering concentrated oxygen, the machine helps alleviate symptoms of altitude sickness, enhances physical performance, and improves overall well-being in high-altitude environments.
7. Chemical Industry: The Oxygen generator finds application in various chemical processes. It is used for oxidation reactions, combustion, and as a feed gas for chemical reactors. This application scenario involves integrating the Oxygen generator into chemical plants, where it provides a reliable and controlled oxygen supply, facilitating efficient chemical reactions and ensuring high-quality chemical products.
8. Metallurgy: In the field of metallurgy, the Oxygen generator plays a significant role. It is utilized for oxygen enrichment in various metallurgical processes, including steel making, non-ferrous metal production, and metal refining. This application scenario involves injecting oxygen into the metallurgical processes to enhance combustion, increase heat transfer rates, and improve the overall efficiency of the processes.
In summary, the oxygen machine, finds diverse application scenarios in the medical, welding, steel, glass, aquaculture, high-altitude oxygen supplementation, chemical, and metallurgical industries. Its ability to deliver a controlled and reliable supply of oxygen makes it an indispensable tool in these fields, contributing to improved healthcare, efficient industrial processes, and enhanced product quality.
Preparation for starting
1. Switch off all power buttons, including those for the oxygen generator and associated valves. Wait until the system and pipeline have completely relieved pressure.
2. Set up the oxygen analyzer for sampling. Adjust the reducing valve pressure to 1.0bar. Adjust the sampling flowmeter and ensure the gas volume is around 1. Be cautious not to have too large of a sampling gas volume. Begin testing the nitrogen purity.
3. Confirm that the compressed air pressure is above 0.7mpa. Then, open the oxygen generator's stop valve and monitor the pressure changes in the adsorption tank. Verify that the pneumatic valve is functioning properly.
Startup process
1. Activate the cold dryer and allow it to run normally for approximately 2 minutes. On the oxygen generator's control panel, press the remote control button for the air compressor to start it.
2. Once the air storage tank's pressure reaches 0.6Mpa, press the start button on the oxygen generator to initiate its operation.
3. When the pressure in the oxygen buffer tank reaches 0.4Mpa, switch the supercharger to direction I and start it.
Shutdown procedure
1. What is an industrial oxygen generator?
An industrial oxygen generator is a machine used in various industries to produce oxygen for industrial processes.
2. How does an industrial oxygen generator work?
An industrial oxygen generator works by separating oxygen from the air through a process called pressure swing adsorption (PSA) or membrane separation. It then purifies and compresses the oxygen for use in industrial applications.
3. What are the benefits of using an industrial oxygen generator?
Using an industrial oxygen generator offers several benefits, including cost savings, improved efficiency, and increased safety. It eliminates the need for oxygen cylinders, reduces transportation costs, and ensures a continuous supply of oxygen.
4. Can an industrial oxygen generator be used in medical settings?
No, industrial oxygen generators are specifically designed for industrial applications and should not be used in medical settings. Medical professionals should use specialized medical oxygen generators that meet the required safety and purity standards.
