Air Separation Equipment

Air Separation Equipment advantage

●High-Purity Gas Output: Oxygen, nitrogen, or argon with purity levels ranging from 95% to 99.999% can be provided upon request, meeting the stringent purity requirements of metallurgy, chemicals, medical, and electronics.Energy-Saving and Low-Consumption Design: Utilizing high-efficiency compressors, cooling systems, and process optimization technologies, the unit gas energy consumption is 10-20% lower than traditional equipment, significantly reducing operating costs.

●Continuous and Stable Operation: The equipment boasts 24/7 continuous gas supply capabilities, and core components are sourced from internationally renowned brands, ensuring long-term, trouble-free operation and adaptability to high-intensity industrial environments.
●Intelligent Control System: Equipped with a DCS/PLC automation system, it monitors pressure, temperature, flow, and purity parameters in real time, supporting remote operation and intelligent alarms to enhance operational efficiency.
●Flexible Customization: Modular and scalable designs are available based on customer gas production volume, purity, and application requirements, supporting customized solutions for medical oxygen, small industrial gas stations, or large steel enterprises.
●Environmentally Friendly: Process optimization reduces waste gas emissions and noise pollution, meeting international environmental standards and helping companies achieve their sustainable development goals.Easy maintenance and long life: key components are wear-resistant and corrosion-resistant, with long maintenance cycles and easy replacement of conventional consumable parts. The life of the whole machine can reach 15-20 years.

 

Air Separation Equipment Application

● Metallurgy and Steel Industry
Oxygen is used in blast furnace ironmaking, converter steelmaking, cutting, and welding.
Ammonia serves as a shielding gas and anti-oxidant to ensure stability during smelting and heat treatment.
● Chemical and Petrochemical Industry
Oxygen is used in chemical synthesis (such as synthetic ammonia, ethylene, and methanol production).
Ammonia serves as an inert shielding gas for the safety of chemical storage tanks and pipelines.
Argon is widely used in specialty chemical reactions.
● Energy and Environmental Protection
Oxygen is used in coal gasification and waste incineration power generation to improve combustion efficiency.
Ammonia is used in power plant cooling systems, fuel storage, and transportation protection.
Air separation units also play a key role in carbon capture and environmental treatment projects.
● Medical and Pharmaceutical Industry
Medical oxygen is used for hospital oxygen supply, respiratory therapy, and surgical anesthesia.
High-purity ammonia is used for shielding atmospheres and packaging in pharmaceutical production.

1. What is the purity of the oxygen or nitrogen that the equipment can provide?

Customizable upon request; the typical purity range is 95% to 99.9%.

2. What is the gas output of a single unit?

Depending on the model, daily output can range from tens of Nm³/h to tens of thousands of Nm³/h.

3. What is the equipment's operating energy consumption?

Using an energy-saving compressor and optimized process design, energy consumption per unit of gas is significantly reduced.
 

4. What is the equipment's maintenance cycle and lifespan?

Under normal use, the main unit's lifespan can reach 15-20 years, requiring only routine maintenance.
 

5. Can it be customized to meet industry requirements?

Yes, we can design it to meet the purity and flow requirements of the medical, metallurgical, or chemical industries.

6. Is installation and after-sales service provided?

We provide a complete installation and commissioning service, along with remote monitoring and regular maintenance support.

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