High Purity 99.5% Industrial Cutting Welding Psa Oxygen Generator Filling Systems Container Plant Pressurization To150- 200 Bar
PSA (Pressure Swing Adsorption) is an advanced gas separation technology, based on the physical adsorption of the internal surface in the adsorbent to gas molecules, separating the gas by the characteristics of absorbing to the quantity of different gas in general pressure. The CMS (Carbon Molecular Sieve) is a sorbent picked up from the air, used in separating Oxygen and Nitrogen molecular. The absorption quantity of CMS is greatly higher for Oxygen than Nitrogen under the same pressure.
Product Parameters
| |
Model |
Purity |
Size |
Weight |
Inlet |
Oulet |
|
| 1 |
LPO-3 |
90-95% |
1200*900*1900 |
520 |
DN15 |
G1/2" |
| 2 |
LPO-5 |
90-95% |
1350*1050*2100 |
750 |
DN20 |
G1/2" |
| 3 |
LPO-10 |
90-95% |
1550*1300*2100 |
1100 |
DN25 |
G1/2" |
| 4 |
LPO-15 |
90-95% |
1700*1450*2350 |
1500 |
DN32 |
G1/2" |
| 5 |
LPO-20 |
90-95% |
1800*1550*2350 |
1750 |
DN32 |
G1/2" |
| 6 |
LPO-25 |
90-95% |
1900*1650*2400 |
2000 |
DN40 |
G1" |
| 7 |
LPO-30 |
90-95% |
2000*1750*2400 |
2250 |
DN40 |
G1/2" |
| 8 |
LPO-35 |
90-95% |
1970*1250*2800 |
1800 |
DN40 |
DN25 |
| 9 |
LPO-40 |
90-95% |
2000*1300*2460 |
2380 |
DN40 |
DN25 |
| 10 |
LPO-50 |
90-95% |
2000*1300*2800 |
2790 |
DN50 |
DN25 |
| 11 |
LPO-60 |
90-95% |
2000*1300*2800 |
2930 |
DN50 |
DN25 |
| 12 |
LPO-70 |
90-95% |
2200*1500*2900 |
3190 |
DN50 |
DN40 |
| 13 |
LPO-80 |
90-95% |
2200*1500*2900 |
3585 |
DN50 |
DN40 |
| 14 |
LPO-90 |
90-95% |
2250*1550*2980 |
3940 |
DN50 |
DN40 |
| 15 |
LPO-100 |
90-95% |
2370*1500*3050 |
4249 |
DN65 |
DN40 |
| 16 |
LPO-110 |
90-95% |
2370*1500*3240 |
4508 |
DN65 |
DN40 |
| 17 |
LPO-120 |
90-95% |
2370*1500*3440 |
4708 |
DN65 |
DN40 |
| 18 |
LPO-130 |
90-95% |
2370*1500*3600 |
4910 |
DN65 |
DN50 |
| 19 |
LPO-160 |
90-95% |
2440*1850*3700 |
5810 |
DN80 |
DN65 |
1. Technical Advantages
- Prolonged CMS Lifespan: Utilizes a unique CMS safeguard mechanism, effectively extending the service life of the CMS (Carbon Molecular Sieve).
- Nitrogen Quality Assurance: Equipped with an automatic nitrogen - chain liberated air system, ensuring stable and high - quality nitrogen separation during the oxygen generation process.
- CMS Protection: Incorporates an air cylinder pressure regulation system, which safeguards the CMS from potential damage caused by high - speed air impact, preventing premature chalking.
- Optimal Structural Design: The equipment features a rational structural layout, facilitating effortless transportation, lifting, and installation, minimizing the need for complex handling procedures.
- User - Friendly Operation: Designed for simplicity, it offers a "plug - and - play" functionality, enabling immediate use without elaborate setup requirements.
2. KEY Features
- Cost - Effective Operation: Significantly reduces operating costs through efficient energy utilization and minimal maintenance requirements.
- Fully Automated Process: Operates autonomously with intelligent control systems, reducing manual intervention and enhancing reliability.
- Compressed Air - Based Generation: Efficiently produces oxygen by separating it from compressed air, eliminating the need for external oxygen sources.
- Easy Installation & Maintenance: The modular design allows for straightforward installation, while routine maintenance tasks are simplified, ensuring high equipment availability.
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3. Typical Applications
The oxygen generator is widely applicable across various industries, including:
- Medical: Providing medical - grade oxygen for hospitals, clinics, and home healthcare settings.
- Industrial: Supporting industrial processes such as metal cutting and welding, wastewater treatment, and chemical reactions that require oxygen supplementation.
- Aquaculture: Ensuring sufficient dissolved oxygen levels in fish ponds and aquaculture systems to promote healthy fish growth.
- Food Packaging: Utilized for modified atmosphere packaging, extending the shelf life of food products by replacing oxygen with inert gases.
FAQ
Difference between VPSA and PSA Oxygen Generators
- PSA Oxygen Generator: Ideal for applications requiring an oxygen output of up to 300 cubic meters. It features simplicity, convenience, and mobility.
- VPSA Oxygen Generator: Suitable for applications with an oxygen demand exceeding 300 cubic meters. Notably, the larger the gas volume, the lower the energy consumption.
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- Difference between Fish Pond Aerator and Fish Pond Oxygen Generator
- Aerator: Equipped with an integrated air pump, it mixes approximately 20% of the oxygen in the ambient air into the water.
- Oxygen Generator: It produces oxygen with a purity of 90% and then dissolves it into the water. Merchants should select between an aerator and an oxygen generator, taking into account factors such as fry type, desired oxygen production rate, production cycle requirements, and the overall size of the fish pond.
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- Purity of PSA Oxygen Generator
- General PSA Oxygen Generators: Typically achieve an oxygen purity of 90% - 93%.
- Our Company's PSA Oxygen Generators: Capable of reaching purities of 95%, 98%, and even up to 99+%.
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The daily maintenance of the oxygen generator is straightforward and includes the following tasks:
(1) Regularly maintain the air compressor as per the manufacturer's instructions. Replace the air filter, lubricating oil, and other components at specified intervals.
(2) Periodically check the refrigerant pressure of the dryer and ensure timely adjustment. Clean the heat sink with compressed air daily, and replace the filter element regularly (usually after 8000 hours of operation, but the actual replacement time may vary depending on specific usage conditions and pressure differences).
(3) Open the drain valve of the air storage tank once a day to discharge condensed water.
(4) Inspect the automatic drainer daily to prevent blockage and ensure proper drainage. In case of blockage, slightly open the manual valve, close the self - discharge valve, and then remove the automatic drainer for disassembly and cleaning. Use soap for cleaning the automatic drainer.
(5) Monitor the working pressure of the adsorption tower of the oxygen generator, and record the oxygen purity and flow rate regularly.
After Sales Service
Equipment Standards
All equipment covered by the contract shall be designed and manufactured in strict accordance with current Chinese national standards, professional norms, and relevant regulations.
Warranty Policy
The warranty period is 12 months from the date of formal operation or 18 months from the date of delivery, whichever comes first. After the warranty period expires, prompt maintenance services and spare parts will be provided at a reasonable charge.
Documentation Requirements
All documents and drawings provided by the seller must be in English.
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