PSA Oxygen Generator – Reliable & Efficient Oxygen Production
Welcome to BERG GaseTech GmbH, your trusted provider of advanced OXYBERG® PSA oxygen systems. Our state-of-the-art oxygen generators are engineered to meet the stringent demands of diverse industries, delivering reliable and cost-effective on-site oxygen production. Purity oxygen up to 95%
How PSA Oxygen Generators Work?
OXYBERG® PSA oxygen systems stand out due to their advanced Pressure Swing Adsorption technology, which ensures efficient and reliable oxygen production.
Our OXYBERG® PSA oxygen generators employ advanced Pressure Swing Adsorption technology to separate oxygen from ambient air, delivering high-purity oxygen suitable for a wide range of applications. Key technical specifications include:
- Oxygen Purity: Adjustable between 90% to 95%, catering to specific industry requirements.
- Flow Rate: Models available with capacities ranging from 2 Nm³/h to 200 Nm³/h, ensuring scalability for various operational needs.
- Operating Pressure: Standard systems operate at 4-7 bar, with customizable options available upon request.
- Power Consumption: Designed for energy efficiency, with power requirements varying based on system capacity.
- Dimensions and Weight: Compact and modular designs facilitate easy integration into existing facilities.
These specifications ensure that our PSA oxygen generators meet the rigorous demands of industries such as healthcare, water treatment, and manufacturing.
Our PSA oxygen generation process operates as follows:
- Compression: Ambient air is compressed to the required pressure.
- Adsorption: Compressed air passes through vessels containing zeolite molecular sieves, which selectively adsorb nitrogen, allowing oxygen to pass through.
- Desorption: Once the sieve material becomes saturated with nitrogen, the system reduces pressure to release the adsorbed nitrogen, regenerating the sieve for the next cycle.
- Continuous Operation: By utilizing dual adsorption vessels, the system ensures a continuous supply of oxygen by alternating between adsorption and desorption phases.
For a visual representation of this process, please refer to the diagram below:
PSA Oxygen Generators Technology
Pressure Swing Adsorption (PSA) technology efficiently separates oxygen from air using zeolite molecular sieves. Compressed air passes through two alternating towers, where nitrogen is adsorbed, and oxygen is collected. This cycle ensures a continuous supply of high-purity oxygen without reliance on external sources.
PSA oxygen generators provide a cost-effective, low-maintenance solution for medical, industrial, and environmental applications, including hospitals, manufacturing, and water treatment.
As one vessel adsorbs nitrogen, the other regenerates by releasing the adsorbed gases. This cycle ensures a continuous production of oxygen enriched air with purity levels typically ranging from 90% to 95%. PSA oxygen generators are known for their efficiency, reliability, and cost-effectiveness, making them suitable for industries such as healthcare, water treatment, and manufacturing.
Our PSA oxygen generators are designed in compliance with international standards, including:
- CE2912: Pressure Equipment Directive 2014/68/EU European Directive.
- ISO 13485: Quality management systems for medical devices.
- European Pharmacopoeia Monograph 0937: Specifications for oxygen 93 used in medical applications.
Adherence to these standards ensures that our systems provide a consistent and dependable oxygen supply, suitable for critical applications across various industries.
Key Benefits of PSA Oxygen Technology
BERG GaseTech’s PSA oxygen generators offer numerous benefits over traditional oxygen production methods. Our systems provide high purity oxygen, making them ideal for various industrial applications.
They are designed to be cost-effective, delivering lower operating costs compared to liquid oxygen systems. The advanced PSA technology ensures a reliable and continuous oxygen supply with minimal energy consumption.
Additionally, our oxygen generators require minimal maintenance and boast robust construction, offering a long service life that often exceeds 10 years. The compact design makes them suitable for demanding industrial environments, ensuring consistent performance and high-quality oxygen supply.
Technical Data of PSA Oxygen Generator OXYBERG®
| Model | Oxygen Purity | 90% | 92% | 93% | 94% | 95% |
| OXYBERG® 500 | O2, Nm3/h Comp.air, Nm3/h | 2.9 31.9 | 2.5 27.5 | 2.1 23.1 | 1.9 20.9 | 1.8 19.8 |
| OXYBERG® 600 | O2, Nm3/h Comp.air, Nm3/h | 3.9 42.9 | 3.4 37.4 | 2.9 31.9 | 2.8 30.8 | 2.6 28.6 |
| OXYBERG® 700 | O2, Nm3/h Comp.air, Nm3/h | 4.9 53.9 | 4.5 49.5 | 4.2 46.2 | 3.9 42.9 | 3.8 41.8 |
| OXYBERG® 800 | O2, Nm3/h Comp.air, Nm3/h | 6.3 69.3 | 5.7 62.7 | 5.5 60.5 | 5.2 57.2 | 4.9 53.9 |
| OXYBERG® 900 | O2, Nm3/h Comp.air, Nm3/h | 8.1 89.1 | 7.3 80.3 | 6.7 73.7 | 6.4 70.4 | 6.2 68.2 |
| OXYBERG® 1000 | O2, Nm3/h Comp.air, Nm3/h | 10.6 116.6 | 9.4 103.4 | 9.1 100.1 | 8.5 93.5 | 8.1 89.1 |
| OXYBERG® 1100 | O2, Nm3/h Comp.air, Nm3/h | 13.6 149.6 | 13.3 146.3 | 12.7 139.7 | 11.8 129.8 | 11.4 125.4 |
| OXYBERG® 1200 | O2, Nm3/h Comp.air, Nm3/h | 15.7 146.7 | 13.8 146.6 | 14.2 146.5 | 13.6 143.0 | 12.9 141.9 |
| OXYBERG® 1300 | O2, Nm3/h Comp.air, Nm3/h | 23.4 357.5 | 22.2 244.2 | 21.1 232.1 | 20.1 221.1 | 19.3 212.3 |
| OXYBERG® 1400 | O2, Nm3/h Comp.air, Nm3/h | 32.5 357.5 | 31.9 350.9 | 30.2 332.2 | 28.9 317.9 | 27.6 303.6 |
| OXYBERG® 1500 | O2, Nm3/h Comp.air, Nm3/h | 44.6 490.6 | 42.8 470.8 | 41.1 452.1 | 39.9 438.9 | 38.8 426.8 |
| OXYBERG® 1600 | O2, Nm3/h Comp.air, Nm3/h | 53.4 587.4 | 51.4 587.4 | 49.3 542.3 | 47.4 521.4 | 46.2 508.2 |
| OXYBERG® 1700 | O2, Nm3/h Comp.air, Nm3/h | 64.7 711.7 | 63.4 697.4 | 61.6 677.6 | 60.3 663.3 | 58.8 646.8 |
| OXYBERG® 1800 | O2, Nm3/h Comp.air, Nm3/h | 89.1 980.1 | 85.2 937.2 | 82.2 904.2 | 79.7 876.7 | 77.1 848.1 |
| OXYBERG® 1900 | O2, Nm3/h Comp.air, Nm3/h | 105.4 1,159.4 | 101.7 1,118.7 | 97.8 1,075.8 | 93.8 1,031.8 | 91.4 1,005.4 |
| OXYBERG® 2000 | O2, Nm3/h Comp.air, Nm3/h | 129.6 1,425.6 | 126.9 1,395.9 | 123.4 1,357.4 | 120.7 1,327.7 | 117.4 1,291.4 |
Applications of PSA Oxygen Generators
BERG GaseTech’s PSA oxygen generators are highly versatile and cater to a wide range of industries, delivering reliable and high-purity oxygen for various critical applications. Here’s an in-depth look at how these systems are used across different sectors:
Metal Industry
Glass & Neon Factory
Processing
PSA oxygen and nitrogen generators from BERG GaseTech are designed for reliability and efficiency, making them suitable for various industrial applications where a consistent and high-purity gas supply is critical.
Why Choose OXYBERG® Oxygen Gas Generators ?
- High Oxygen Purity: Our systems produce oxygen with oxygen purity levels up to 95%, ideal for various industrial and medical applications.
- Cost-Effective: Lower operating costs compared to liquid oxygen systems.
- Reliable Supply: Continuous and dependable oxygen production ensures operational efficiency.
- Energy Efficient: Advanced PSA technology ensures low energy consumption.
- Minimal Maintenance: Designed for long service life with minimal maintenance requirements.
- Robust Construction: Compact and durable design suitable for demanding industrial environments.
- Made in Germany: We are proud to manufacture all of our generators in Germany using high quality components.
Ready to implement a reliable on-site oxygen generation solution? Contact BERG GaseTech’s sales team today to discuss your OXYBERG® PSA oxygen system needs. We look forward to providing a solution that enhances your efficiency and operational performance.
FAQ – Frequently Asked Questions
A PSA oxygen plant separates oxygen from air using molecular sieve and pressure changes, producing oxygen on-site at high purity levels.
A liquid oxygen plant, on the other hand, involves cryogenic distillation to produce liquid oxygen, which is then stored and transported.
Liquid oxygen plants can achieve higher purity levels but involve more complex infrastructure and higher operational costs.
PSA oxygen generators may have higher initial setup costs compared to traditional methods. They also require regular maintenance to ensure optimal performance and might not achieve the same purity levels as liquid oxygen plants for certain high-purity requirements.
However, PSA systems offer continuous on-site oxygen production, lower operational costs, and greater efficiency for many industrial applications.
