Design Philosophy
The system is developed around three priorities:
- Minimal site engineering
- Maximum operational stability
- Simplified maintenance
It is delivered as a ready-to-run industrial unit, minimizing installation risk and shortening project timelines.
Air Treatment Module
Multi-stage filtration
Refrigeration or adsorption dryer
Oil, water, and dust removal
Oxygen Generation Module
PSA adsorption technology
Optimized adsorption cycle control
Long-life molecular sieve
Control and Automation Module
PLC-based logic control
Local touchscreen interface
Automatic fault diagnosis and alarm
Optional remote monitoring
Operational Performance
Designed for 24/7 continuous operation
Stable oxygen output under variable load
Smooth start-up and shutdown logic
Low sensitivity to ambient temperature and humidity
Typical Oxygen Purity Range
| Name | Model | Technical Parameter | |
| Integrated Modular Oxygen Generation Unit | Oxy-1R | Gas Production | ≥1.5Nm3/h |
| Oxygen Purity | ≥93±3% | ||
| Intake Pressure | ≥0.6mpa | ||
| Oxygen Outlet Pressure | 0.45MPa | ||
| Power Supply | 220V/50HZ | ||
| Power | 0.2kw | ||
| Dust Particle Size | ≤0.01um | ||
| The Service Life Of Oxygen Molecular Sieve Is More Than 5-8 Years | |||
Application-Oriented Design Philosophy
NEWTEK does not apply a single oxygen plant design across industries.
Each system is engineered based on application logic.
Mining & Mineral Processing
Flotation support
Leaching process enhancement
Chemical & Process Industry
Oxidation reactions
Process gas supply
Metal Processing
Cutting and welding
Furnace combustion enhancement
Environmental Engineering
Wastewater aeration
Ozone generation feed gas
Service Support
01
System design based on application
Installation guidance
02
Commissioning and operator training
Spare parts and technical support
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