Key Technical Advantages
High Oxygen Purity: 90%–95% continuous output, suitable for industrial and medical standards.
Energy Efficiency: Optimized PSA cycle control reduces power consumption by up to 15%.
Modular Design: Easy capacity expansion with minimal downtime.
Low Maintenance: Minimal moving parts, extended adsorbent life cycle (up to 10 years).
Real-Time Monitoring: Integrated PLC control with remote diagnostics capability.
Adaptability: Stable performance under varied climate conditions from -20°C to +50°C.
How PSA Technology Works?
Step 1: Compressed air enters adsorption towers filled with zeolite molecular sieves.
Step 2: Nitrogen molecules are adsorbed, oxygen passes through.
Step 3: Towers switch alternately to ensure continuous production.
Step 4: Purified oxygen is delivered to storage tanks or pipelines.
Cost Reduction: No transport, cylinder rental, or refilling fees.
Safety: Avoids high-pressure cylinder hazards.
Flexibility: Adjust output based on real-time demand.
Environmental Impact: Lower carbon footprint from reduced logistics.
Applications
Our machines are trusted across industries
Medical Sector
Complies with USP93 standards; used in hospitals for ICU oxygen supply, disaster relief stations, and mobile clinics
Mining & Gold Leaching
Improves ore oxidation and extraction efficiency.
Aquaculture
Increases dissolved oxygen levels, improving fish survival rate by up to 30%
Wastewater Treatment
Enhances biological oxygenation for faster organic breakdown
Industry Applications
| Industry | Application | Benefits |
|---|---|---|
| Medical | Hospital oxygen supply | Reliable on-site production, uninterrupted oxygen delivery |
| Metallurgy | Oxygen enrichment in furnaces | Improved combustion efficiency, higher production yield |
| Aquaculture | Oxygenation in fish farming | Faster growth rates, higher survival rates |
| Glass Manufacturing | Oxygen-fuel combustion enhancement | Reduced fuel consumption, improved glass quality |
| Mining | Gold leaching, metal cutting | Higher processing speed, safer working environment |
| Wastewater Treatment | Aeration for oxidation processes | Better pollutant removal efficiency |
Technical Specifications
| Model | Capacity (Nm³/h) | Purity | Pressure | Power (kW) | Dimension (mm) |
|---|---|---|---|---|---|
| NTK-10 | 10 | 93% ± 3% | 4–6 bar | 3.2 | 1500 × 1000 × 1800 |
| NTK-50 | 50 | 93% ± 3% | 4–6 bar | 8.5 | 2400 × 1600 × 2200 |
| NTK-100 | 100 | 93% ± 3% | 4–6 bar | 15 | 3200 × 1800 × 2500 |
| Custom Design | 200+ | 90%–95% | Up to 20 bar | Customized | Based on project |
Project Customization Service
Site assessment and layout design
Custom pressure, flow, and purity configurations
Integration with existing pipeline systems
After-Sales & Maintenance
24/7 remote support
Preventive maintenance plans
Global spare parts network
FAQs for B2B Buyers
How long is the installation period?
Standard models can be installed in 7–15 days; containerized versions are plug-and-play.
What' s the lifespan of the zeolite adsorbent?
8–10 years under normal operating conditions.
Can it operate in remote areas without stable electricity?
Yes, optional diesel generators or solar integration available.
Is the purity adjustable?
Yes, oxygen purity can be fine-tuned between 93%–99% depending on process needs.
Can it be combined with nitrogen production?
Yes, dual gas systems can be designed for clients requiring both oxygen and nitrogen.
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