
Air Separation Unit For Glass Manufacturing
Description
Technical Parameters
1. Stable High-Volume Oxygen Supply
The ASU system is capable of generating a continuous flow of oxygen to meet the high demand of glass melting furnaces and large-scale production lines.
2. Improved Furnace Combustion Efficiency
High-purity oxygen enhances combustion in glass furnaces, helping increase flame temperature and improving the melting process.
3. Energy-Efficient Industrial Operation
Optimized cryogenic air separation technology ensures efficient gas production while maintaining stable performance in heavy industrial environments.
4. Intelligent Process Control
The system integrates advanced automation and monitoring technologies that continuously track oxygen purity, pressure, and output flow.

NEWTEK Provides A One-stop Solution.
Improving Glass Furnace Efficiency
NEWTEK ASU systems provide a stable oxygen supply that helps glass manufacturers enhance furnace performance and melting efficiency.
Reducing Fuel Consumption
By using oxygen-enriched combustion, manufacturers can improve energy utilization and lower fuel consumption in glass production.
Supporting Continuous Glass Production
NEWTEK solutions ensure reliable oxygen generation, preventing interruptions in high-temperature glass manufacturing processes.
Helping Meet Environmental Requirements
Improved combustion efficiency can reduce certain emissions, helping glass manufacturers move toward cleaner production operations.
Why choose NEWTEK's Air Separation Unit
NEWTEK is a top-class Air Separation Unit manufacturer!

✅️ Expertise in Industrial Gas Engineering
NEWTEK has extensive experience in developing air separation systems designed for demanding industrial environments.
✅️ Complete Turnkey Gas Production Solutions
The company provides integrated ASU systems including air compression units, purification modules, cryogenic separation equipment, and gas storage systems.
✅️ Customized System Design
NEWTEK tailors air separation units according to specific project requirements such as oxygen capacity, plant layout, and glass furnace demand.
✅️ Reliable Equipment and Long-Term Support
With advanced manufacturing capabilities and experienced engineers, NEWTEK delivers equipment designed for stable long-term operation.
FAQ
1. Why is oxygen used in glass manufacturing?
Oxygen improves combustion efficiency in glass furnaces, enabling higher flame temperatures and more efficient glass melting.
2. What gases can an ASU provide for glass plants?
An air separation unit can produce oxygen, nitrogen, and sometimes argon, depending on the plant configuration.
3. Is an ASU suitable for large glass production facilities?
Yes. ASU systems are designed for high-capacity continuous gas production, making them ideal for large glass manufacturing plants.
4. How does oxygen improve glass furnace performance?
Using oxygen-enriched combustion increases furnace temperature stability and improves the melting rate of raw materials.
5. How long does it take to install an ASU for glass manufacturing?
Installation typically takes several months, depending on plant size, gas production capacity, and site conditions.
6. What maintenance is required for an ASU system?
Maintenance includes inspection of compressors, cryogenic distillation units, purification systems, and control components to ensure efficient and reliable operation.
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