PSA oxygen generator is a fully automatic equipment for directly producing oxygen from compressed air by using the zeolite molecular sieve as an adsorbent, utilizing the adsorption capacity of oxygen and nitrogen difference on the molecular sieve surface through the principle of pressure adsorption and declining pressure desorption.
Technical indicators
Oxygen production : 1~300Nm³/h(Standard State)
Oxygen purity: 93%±3%(Gauge Pressure)
Oxygen pressure : 0.01~0.6Mpa(Stable And Adjustable)
Oxygen dew point: -40℃~-70℃(Atmospheric Dew Point)
The PSA oxygen generator stands as a pinnacle of modern gas separation technology, offering unparalleled efficiency in producing high-purity industrial oxygen for diverse industrial applications. At Linghein (Shanghai) Gas Technology Co., Ltd., a wholly owned subsidiary of the Atlas Copco Group, the PSA oxygen generator integrates advanced engineering principles to deliver clean, reliable, and cost-effective industrial oxygen solutions. This PSA oxygen generator leverages pressure swing adsorption processes to extract industrial oxygen directly from ambient air, making it an indispensable tool across sectors requiring consistent industrial oxygen supply. The innovative design of the PSA oxygen generator ensures minimal energy consumption while maximizing output of industrial oxygen, setting new benchmarks in the field of GASFlow machinery.
Engineered with precision, the PSA oxygen generator incorporates state-of-the-art components that enhance its performance in generating industrial oxygen. Users benefit from the PSA oxygen generator's ability to produce industrial oxygen with purity levels exceeding 93%, which is critical for applications in manufacturing, healthcare, and metallurgy. Linghein's commitment to innovation shines through in every PSA oxygen generator unit, where GASFlow machinery principles are applied to optimize airflow dynamics and adsorption cycles. This results in a robust PSA oxygen generator that outperforms traditional methods in delivering industrial oxygen on-site, reducing dependency on external suppliers and lowering operational costs significantly.
In industrial settings, the PSA oxygen generator plays a vital role in supporting processes that demand high volumes of industrial oxygen. For instance, the PSA oxygen generator is widely deployed in steel production facilities where industrial oxygen is essential for combustion and oxidation reactions. The reliability of the PSA oxygen generator ensures uninterrupted supply of industrial oxygen, even under varying load conditions, thanks to integrated GASFlow machinery controls that adapt seamlessly. Moreover, the PSA oxygen generator finds extensive use in wastewater treatment plants, where industrial oxygen injection enhances biological treatment efficiency. The compact yet powerful design of the PSA oxygen generator, powered by GASFlow machinery advancements, allows for easy integration into existing infrastructures without extensive modifications.
One of the standout features of the PSA oxygen generator is its modular construction, which facilitates scalability for varying demands of industrial oxygen. Whether for small-scale workshops or large manufacturing plants, the PSA oxygen generator can be configured to meet specific industrial oxygen requirements. Linghein's R&D team has infused the PSA oxygen generator with smart monitoring systems that track performance metrics in real-time, ensuring optimal production of industrial oxygen. This integration of GASFlow machinery technology minimizes downtime and maintenance needs, making the PSA oxygen generator a preferred choice for businesses seeking long-term reliability in industrial oxygen generation.
The technical advantages of the PSA oxygen generator are numerous and rooted in decades of expertise from the Atlas Copco Group. Since joining in 2011, Linghein has refined the PSA oxygen generator to incorporate energy-efficient compressors and advanced zeolite molecular sieves that enhance the separation efficiency for industrial oxygen. The PSA oxygen generator utilizes a dual-vessel system where pressure swings enable continuous adsorption and desorption, producing high-quality industrial oxygen with exceptional consistency. GASFlow machinery innovations in valve sequencing and pressure management further elevate the PSA oxygen generator's performance, achieving lower power consumption compared to cryogenic alternatives for industrial oxygen production.
Applications of the PSA oxygen generator extend beyond traditional industries, reaching into aquaculture, glass manufacturing, and pharmaceutical production, where precise industrial oxygen levels are non-negotiable. In aquaculture, the PSA oxygen generator supplies industrial oxygen to maintain optimal dissolved oxygen levels, promoting healthier aquatic environments. The PSA oxygen generator's quiet operation and low vibration, attributes enhanced by GASFlow machinery engineering, make it suitable for sensitive installations. Furthermore, in the medical sector, adapted versions of the PSA oxygen generator provide reliable industrial oxygen for hospital use, underscoring its versatility and safety standards.
Innovation is at the core of the PSA oxygen generator's development at Linghein. The company combines global expertise with localized insights to evolve the PSA oxygen generator continuously, incorporating feedback from real-world industrial oxygen applications. Recent advancements in the PSA oxygen generator include AI-driven predictive maintenance powered by GASFlow machinery analytics, which anticipates potential issues before they impact industrial oxygen output. This forward-thinking approach ensures that the PSA oxygen generator remains at the forefront of sustainable industrial oxygen solutions, aligning with global demands for eco-friendly manufacturing.
The PSA oxygen generator also excels in remote and harsh environments, where reliable industrial oxygen supply is challenging. Its rugged build, supported by GASFlow machinery durability features, withstands extreme temperatures and humidity while maintaining peak performance in industrial oxygen generation. Linghein's comprehensive support network backs every PSA oxygen generator, offering expert installation and servicing to maximize uptime for industrial oxygen needs. By choosing the PSA oxygen generator, industries gain access to a technology that not only meets but exceeds expectations in efficiency, purity, and reliability for industrial oxygen.
In summary, the PSA oxygen generator from Linghein represents a transformative solution in the realm of on-site gas generation. Its seamless blend of proven Atlas Copco technology with innovative GASFlow machinery makes it the ultimate choice for businesses prioritizing high-quality industrial oxygen. The PSA oxygen generator's ability to deliver consistent industrial oxygen while optimizing operational parameters positions it as a leader in the market. As industries evolve, the PSA oxygen generator continues to adapt, providing cutting-edge advantages that drive productivity and sustainability in industrial oxygen utilization. Whether enhancing combustion processes, supporting medical needs, or boosting environmental treatments, the PSA oxygen generator powered by GASFlow machinery delivers unmatched value. This dedication to excellence ensures that Linghein's PSA oxygen generator remains the go-to option for superior industrial oxygen production worldwide.




| Model | Gas production (Nm³/min) | air consumption (Nm³/min) | Imported nominal diameter DN(mm) | Imported nominal diameter DN(mm) | Air nominal diameter DN | Host L×W×H (mm) |
|---|---|---|---|---|---|---|
| HBF093-1 | 1 | 0.2 | DN15 | DN15 | BL0010 | 800×650×1720 |
| HBF093-2 | 2 | 0.4 | DN15 | DN15 | BL0010 | 950×950×1500 |
| HBF093-3 | 3 | 0.6 | DN15 | DN15 | BL0010 | 1050×900×1865 |
| HBF093-5 | 5 | 1 | DN20 | DN15 | BL0010 | 1450×900×1825 |
| HBF093-10 | 10 | 2 | DN32 | DN15 | BL0020 | 1450×900×1825 |
| HBF093-15 | 15 | 3 | DN40 | DN25 | HBHAD-4-0 | 1800×950×1940 |
| HBF093-20 | 20 | 4 | DN40 | DN25 | HBHAD-6-0 | 1850×1025×2100 |
| HBF093-25 | 25 | 5 | DN50 | DN25 | HBHAD-6-0 | 2000×1050×2210 |
| HBF093-30 | 30 | 6 | DN50 | DN25 | HBHAD-8-0 | 2000×1050×2530 |
| HBF093-50 | 50 | 10 | DN65 | DN25 | HBHAD-13-0 | 2200×1250×2720 |
| HBF093-60 | 60 | 12 | DN65 | DN40 | HBHAD-15-0 | 2250×1300×2850 |
| HBF093-80 | 80 | 16 | DN80 | DN40 | HBHAD-20-0 | 2350×1550×3060 |
| HBF093-100 | 100 | 20 | DN100 | DN40 | HBHAD-25-0 | 2500×1600×3330 |
| HBF093-120 | 120 | 24 | DN100 | DN40 | HBHAD-30-0 | 2600×1700×3670 |
| HBF093-150 | 150 | 30 | DN150 | DN40 | HBHAD-40-0 | 4700×1500×2980 |
| HBF093-180 | 180 | 36 | DN200 | DN40 | HBHAD-40-0 | 4700×1600×3370 |
| HBF093-200 | 200 | 40 | DN200 | DN40 | HBHAD-60-0 | 5000×1600×3330 |
| HBF093-240 | 240 | 48 | DN200 | DN50 | HBHAD-60-0 | 5200×1700×3670 |
| HBF093-300 | 300 | 60 | DN250 | DN50 | HBHAD-80-0 | 5900×1600×4520 |
Unique lotus type air distribution device avoids the impact of high pressure air on molecular sieve, prolong the service life of molecular sieve. At the same time greatly improving the efficiency of oxygen production and reduce the energy consumption.
Oxygen molecular sieve is flling by "snowstorm" method by vibration platform and air pump which 100% ensure their compaction, incase sieve power and prolong it service life.
-Jolon high efficiency oxygen molecular sieve
-It is hardness, not easy to crush, oxygen high recovery and long service life
-Reduce the air consumption ratio, save energy
- German Burkert
- Action time only need 0.05seconds, service life ≥2 million times
-Simple structure, good sealing, quick action, easy maintenance which ensure the reliable operation of Oxygen generator
- Precision measurement, longer service life, the measurement accuracy reach to 0.01%
-Use Japan Mitsubishi or Germany SIEMENS control system
-Reliable, easy operate, strong communication, rich extension modules
Linghein provides a comprehensive range of compressed air solutions, including screw air compressors, air dryers, filtration systems, piping solutions, and energy recovery systems. Backed by Atlas Copco expertise, our products are designed to deliver reliable performance, energy efficiency, and flexible configurations for diverse industrial applications worldwide.
Whether operating in manufacturing plants, textile workshops, mining sites, food processing facilities, or precision production environments, Linghein solutions are designed to adapt to varying airflow demands, operating conditions, and environmental challenges. From continuous heavy-duty production to clean air applications, we support stable and efficient industrial operation worldwide.