Oxygen Plant For Chemical Industry

The SINNA GAS Oxygen Plant for Chemical Industry is a high-efficiency on-site oxygen generation system specifically engineered to meet the demanding oxygen requirements of modern chemical production facilities. Utilizing advanced air separation technologies including PSA (Pressure Swing Adsorption), VPSA (Vacuum Pressure Swing Adsorption), and Cryogenic Air Separation Units (ASU), the plant delivers a continuous and reliable oxygen supply for various oxidation, combustion, synthesis, and environmental applications within the chemical industry.

By producing oxygen directly at the customer's facility, the system eliminates dependence on liquid oxygen deliveries and cylinder transportation, significantly reducing operating costs while improving supply security and production continuity.

SINNA GAS provides complete EPC turnkey solutions, including process design, equipment manufacturing, installation, commissioning, training, and after-sales support, ensuring optimal performance throughout the plant lifecycle.

Oxygen is one of the most important industrial gases in modern chemical manufacturing.
Compared with atmospheric air, oxygen-enriched processes can:

• Increase reaction efficiency
• Improve product yield
• Reduce energy consumption
• Minimize nitrogen contamination
• Lower greenhouse gas emissions
• Improve combustion performance
• Enhance process stability
• Reduce production costs

As environmental regulations become increasingly stringent worldwide, more chemical manufacturers are adopting on-site oxygen generation technologies to improve operational performance and sustainability.

Oxygen Plant for Nitric Acid Production
Nitric acid production requires stable oxygen supply for ammonia oxidation processes.
Benefits:

• Increased ammonia conversion efficiency
• Higher nitric acid production capacity
• Reduced NOx emissions
• Improved catalyst performance

Typical Oxygen Demand:
500 – 10,000 Nm³/h

Oxygen Plant for Coal Gasification
Coal gasification processes consume large volumes of oxygen for syngas production.
Benefits:

• Higher carbon conversion rate
• Improved syngas quality
• Reduced nitrogen dilution
• Increased plant efficiency

Typical Oxygen Demand:
3,000 – 50,000 Nm³/h

Oxygen Plant for Ethylene Oxide Production
Ethylene oxide manufacturing requires precise oxygen concentration control.
Benefits:

• Stable oxidation reactions
• Improved product quality
• Enhanced process safety
• Increased production efficiency

Oxygen Plant for Hydrogen Peroxide Production
Hydrogen peroxide plants utilize oxygen in oxidation processes.
Benefits:

• Reliable oxygen supply
• Reduced operating costs
• Improved process consistency

Oxygen Plant for Sulfur Recovery Units (SRU)
Oxygen enrichment improves sulfur recovery performance.
Benefits:

• Increased sulfur recovery rate
• Reduced emissions
• Lower operating costs
• Enhanced environmental compliance

Oxygen Plant for Petrochemical Industry
Petrochemical facilities use oxygen for various oxidation and combustion applications.
Applications include:

• Olefin production
• Refinery processes
• Oxidation reactors
• Catalyst regeneration

Oxygen Plant for Wastewater Treatment
Chemical and petrochemical facilities use oxygen for biological treatment systems.
Benefits:

• Faster biological activity
• Improved COD reduction
• Lower footprint requirements
• Enhanced treatment efficiency

PSA Oxygen Plant
Pressure Swing Adsorption (PSA) technology is ideal for small and medium oxygen consumption requirements.
Suitable for:

• Specialty chemical plants
• Fine chemical manufacturing
• Pharmaceutical intermediates
• Wastewater treatment systems

Advantages:

• Fast installation
• Low maintenance
• Fully automatic operation
• High reliability
• Competitive investment cost

Capacity Range:
10 – 6,000 Nm³/h
Oxygen Purity:
90% – 95%

VPSA Oxygen Plant
Vacuum Pressure Swing Adsorption (VPSA) technology is designed for medium and large-scale oxygen consumption.
Suitable for:

• Chemical complexes
• Fertilizer plants
• Petrochemical facilities
• Metallurgical chemical operations

Advantages:

• Lower power consumption
• Reduced operating costs
• Large oxygen output
• Continuous operation

Capacity Range:
100 – 40,000 Nm³/h
Oxygen Purity:
90% – 95%

Cryogenic Oxygen Plant
Cryogenic Air Separation Units are recommended for large-scale chemical production facilities requiring ultra-high purity oxygen.
Suitable for:

• Coal chemical projects
• Integrated chemical parks
• Refinery complexes
• Large petrochemical facilities

Advantages:

• Oxygen purity up to 99.9%
• Simultaneous nitrogen production
• Argon recovery capability
• Liquid oxygen production option

Capacity Range:
50 – 100,000+ Nm³/h
Oxygen Purity:
99.5% – 99.9%

A complete oxygen generation system typically includes: 

Compared with Liquid Oxygen Supply

Cost Saving Advantages
Chemical plants can typically achieve:

• Lower oxygen production cost
• Reduced transportation expenses
• Elimination of cylinder rental fees
• Improved production efficiency
• Better return on investment

Typical payback periods range from 12 to 36 months depending on oxygen consumption and local oxygen prices.

SINNA GAS maintains strict manufacturing standards throughout the entire production process.
Available standards and certifications may include:

• ISO 9001
• CE Compliance
• ASME Standards
• PED Compliance
• International Electrical Standards

Equipment can be designed according to project-specific international requirements.

Please provide:

Our engineering team will recommend the most suitable solution.

Hot Tags: oxygen plant for chemical industry, China oxygen plant for chemical industry manufacturers, suppliers, factory