Chemical Oxygen Plant

SINNA GAS is a professional manufacturer and supplier of Industrial PSA Oxygen Plants, providing customized oxygen generation solutions for customers worldwide. Our systems are designed to produce high-purity oxygen directly from ambient air, enabling industrial facilities to achieve a stable, economical, and independent oxygen supply.

Using advanced Pressure Swing Adsorption (PSA) technology and premium Zeolite Molecular Sieve (ZMS), the SINNA GAS Chemical Oxygen Plant delivers oxygen purity from 90% to 95% continuously and efficiently. Compared with traditional oxygen cylinders and liquid oxygen deliveries, our on-site oxygen generation systems significantly reduce operating costs, eliminate supply chain dependence, and improve production reliability.

Whether your application involves chemical processing, wastewater treatment, steel manufacturing, mining, glass production, ozone generation, pulp & paper processing, or aquaculture, SINNA GAS can provide a customized oxygen generation solution tailored to your exact requirements.

Industrial oxygen is essential for many manufacturing and processing industries. Traditional oxygen supply methods often involve high logistics costs, delivery risks, and ongoing operational expenses.

An on-site PSA Oxygen Plant offers a more reliable and cost-effective alternative.

Key Benefits
Continuous Oxygen Supply
Generate oxygen directly at your facility 24 hours a day, 365 days a year without relying on external suppliers.

Lower Oxygen Costs
Eliminate:

• Oxygen cylinder rental fees
• Transportation expenses
• Liquid oxygen evaporation losses
• Handling and storage costs
• Supply chain disruptions

Stable Oxygen Purity
Advanced PSA technology ensures consistent oxygen purity and flow for demanding industrial applications.

Fully Automatic Operation
The PLC-controlled system provides:

• Automatic start-up and shutdown
• Real-time monitoring
• Alarm management
• Safety protection functions
• Remote monitoring options

Low Maintenance Requirements
The optimized system design minimizes maintenance needs and ensures long-term operational reliability.

Fast Return on Investment
Many industrial users recover their investment within 12 to 24 months through substantial savings in oxygen purchasing and transportation costs.

Environmentally Friendly
The system generates oxygen directly from ambient air and safely releases nitrogen back into the atmosphere without producing harmful emissions.

The SINNA GAS Chemical Oxygen Plant uses PSA (Pressure Swing Adsorption) technology to separate oxygen from compressed air.

The system utilizes highly selective Zeolite Molecular Sieves that adsorb nitrogen molecules while allowing oxygen molecules to pass through. The resulting oxygen is collected and supplied directly to the production process.

Compared with cryogenic oxygen production and cylinder-based supply methods, PSA oxygen generation offers:

• Lower operating costs
• Easier installation
• Faster start-up
• Lower maintenance requirements
• Continuous on-site oxygen availability

Available configurations include:

• Skid-Mounted Oxygen Plants
• Containerized Oxygen Plants
• Oxygen Cylinder Filling Systems
• High-Pressure Oxygen Generation Systems
• Fully Customized Turnkey Solutions

Step 1: Air Compression
Ambient air is compressed using a high-efficiency industrial air compressor.

Step 2: Air Purification
Compressed air passes through:

• Refrigerated Air Dryer
• Coalescing Filters
• Activated Carbon Filters
• Fine Dust Filters

This process removes:

• Moisture
• Oil Vapors
• Dust Particles
• Hydrocarbons

Step 3: Oxygen Separation
The purified compressed air enters twin PSA adsorption vessels filled with premium Zeolite Molecular Sieve (ZMS).
Nitrogen molecules are selectively adsorbed while oxygen passes through and is collected.

Step 4: Oxygen Storage
The generated oxygen is stored in an oxygen buffer tank to ensure stable pressure and flow.

Step 5: Automatic Regeneration
The system automatically alternates between adsorption vessels, ensuring continuous oxygen production without interruption.

A complete SNN Chemical Oxygen Plant typically includes:

Custom capacities are available based on customer requirements.

SINNA GAS is committed to delivering reliable oxygen generation solutions through advanced manufacturing and strict quality control.
Our production facilities are equipped with:

• CNC Machining Centers
• Pressure Vessel Fabrication Workshops
• Precision Welding Equipment
• Professional Assembly Lines
• Comprehensive Quality Inspection Systems
• Factory Acceptance Testing Platforms

Every oxygen plant is manufactured and tested according to rigorous internal quality procedures before shipment.

Every SINNA GAS oxygen generation plant undergoes comprehensive inspection and testing before delivery.

Factory Acceptance Test (FAT)

Only equipment that fully meets design specifications is approved for shipment.

Chemical Plant Project – Southeast Asia
Application: Reactor Oxygen Enrichment
Capacity: 100 Nm³/hr
Oxygen Purity: 93%
Result:

• Reduced oxygen procurement costs
• Improved process stability
• Continuous 24/7 oxygen supply

Wastewater Treatment Project – Middle East
Application: Biological Aeration
Capacity: 200 Nm³/hr
Result:

• Improved dissolved oxygen efficiency
• Reduced operating expenses
• Reliable continuous operation

Glass Manufacturing Project – Africa
Application: Oxygen-Fuel Combustion
Capacity: 300 Nm³/hr
Result:

• Improved furnace efficiency
• Reduced fuel consumption
• Enhanced production performance

Project details shown above represent typical application examples. Customized project references can be provided upon request.

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