Product Description
| |
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 |
Compressed Air Pretreatment Solutions
The molecular sieve in your oxygen generator demands high-quality compressed air. Pre-treatment is critical: raw compressed air carries elevated temperatures, moisture, dust, and oil mist-all of which compromise system performance and longevity. Our pretreatment solutions eliminate these contaminants, ensuring optimal conditions for your oxygen generator.
Key Reasons to Prioritize Pretreatment:
- Extend Molecular Sieve Lifespan: Proper filtration directly safeguards the core component of your oxygen generator, minimizing replacement costs and downtime.
- Guarantee System Efficiency: Contaminant-free air ensures consistent oxygen purity and output, vital for uninterrupted operations.
Advanced Filtration & Drying Technologies:
1. Moisture Removal:
Adsorption Dryers: Ideal for low dew point requirements, ensuring minimal moisture in high-precision applications.
Refrigerant Dryers: Efficiently lower air temperature to remove water vapor, suitable for general industrial needs.
2. Particle & Oil Filtration:
Oil-Free Compressors: 1-2 stages of filtration (dust/water removal).
Oil-Lubricated Compressors: 3-4 stages (oil/water/dust removal), with coalescing filters to capture submicron oil particles.
3. High-Humidity Environments:
Add a specialized drain tank to pre-filter heavy water vapor, enhancing dryer efficiency and reducing load on downstream components.
Why Choose Our Solutions?
- Industry-Proven Design: Robust, corrosion-resistant materials for harsh environments.
- Customizable Configurations: Tailored to your compressor type (oil-free/lubricated) and ambient conditions.
- Cost-Effective Performance: Maximize uptime and reduce maintenance with reliable pretreatment.
For hospitals requiring easy and continuous access to oxygen, an on-site PSA (Pressure Swing Adsorption) oxygen generation system offers a rapid-response and convenient solution.
A PSA oxygen generation system involves only a one-time investment, with minimal ongoing costs for simple maintenance and electricity to produce oxygen gas on demand.
The system's outlet delivers pure oxygen gas, suitable for both pipeline supply and cylinder filling applications.
Pressure differential filtration treatment technology
The pneumatic valve electronic valve is connected
The airflow accuracy is effectively regulated by the joint control of pneumatic valve and electronic valve. At the same time easy to install and start.
Cavity filling technology
Cavity filling technology effectively reduces water and dust intrusion from external air. The molecular sieves are arranged more uniformly, lowering the gas consumption ratio and reducing the need for refilling, making the equipment more energy-efficient.
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