Containerized Engineering Design
Fully Integrated System Layout
All core oxygen generation components are pre-installed within the container, forming a compact and organized system architecture.
Transportable and Relocatable
The containerized structure allows the oxygen plant to be easily transported by truck or crane, making it suitable for projects that require mobility or rapid deployment.
Equipment Protection
The container enclosure protects critical equipment from environmental factors such as dust, moisture, and temperature fluctuations.
Reliable PSA Oxygen Generation
Advanced Molecular Sieve Technology
The system utilizes pressure swing adsorption (PSA) technology to separate oxygen from compressed air through high-performance molecular sieve adsorbents.
Continuous Oxygen Production
A dual-tower adsorption process ensures uninterrupted oxygen generation with stable purity and flow output.
Automated System Control
An intelligent control system manages the adsorption cycle, monitors system performance, and ensures reliable long-term operation.
Key Advantages for Industrial Users
Fast Installation
The plant is delivered as a pre-engineered module, reducing on-site installation work and shortening project implementation time.
Reduced Infrastructure Requirement
Compared with traditional oxygen plants, containerized systems require significantly less civil construction and equipment room space.
Operational Flexibility
The system can be deployed as a standalone oxygen supply unit or integrated into existing industrial gas systems.
Typical Applications
Containerized oxygen production systems are widely used in:
Mining and mineral processing operations
Hospitals and medical oxygen supply projects
Industrial wastewater treatment plants
Metallurgical and chemical production facilities
Remote industrial sites requiring reliable oxygen supply
Where It Fits in the NEWTEK Portfolio
Mobile Modular Oxygen Solution
Within the NEWTEK oxygen system portfolio, the Containerized Oxygen Production System represents a mobile and modular PSA oxygen plant designed for rapid deployment.
Between Integrated Units and Large Oxygen Plants
It bridges the gap between compact integrated oxygen generators and fully customized large-scale oxygen plants.
Typical System Components
A containerized oxygen production system integrates all essential equipment required for stable on-site oxygen generation. The system is engineered as a complete module to ensure reliable performance and simplified installation.
Typical components include:
Air Compressor Unit – Provides stable compressed air supply for the PSA separation process.
Air Purification System – Includes filters and dryers to remove moisture, oil, and particles from the incoming air.
PSA Oxygen Generator – The core unit where molecular sieve adsorption separates oxygen from compressed air.
Oxygen Buffer Tank – Stabilizes oxygen flow and pressure before downstream distribution.
Control System – PLC-based automation for managing adsorption cycles and system monitoring.
Why Choose a Containerized Oxygen Production System
Rapid Deployment
The containerized design allows the oxygen plant to be delivered as a ready-to-operate module, significantly reducing installation time and on-site engineering work.
Reliable On-Site Oxygen Supply
By producing oxygen directly at the point of use, the system eliminates dependence on external gas deliveries and ensures a stable supply for critical operations.
Flexible Industrial Application
The modular configuration allows the system to be installed in a wide range of environments, including remote industrial sites, hospitals, and processing plants.
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