Oxygen Generators Capacity: 3Nm3/h~100Nm3/h( single unit)
Medical Oxygen Purity: 93%±3% (with PSA technology)
Power supply: 380V/220V
Latest components to ensure smooth performance
Oxygen for medical use is the best alternative to liquid supply for filled cylinders
Out Pressure: 3~0.55 Mpa (adjustable)
Direct container loading from factory, easy to transport
Simple installation, automatic operation or manual control according to user needs
Exterior dimensions are mainly for 20′ and 40′ containers
Best alternative to liquid supply for filled cylinders

The NEWTEK containerized oxygen generator system functions as a dynamic oxygen hub, ensuring uninterrupted oxygen supply across various work sites. Versatile in its application, it finds utility in medical, petrochemical, ozone production, and numerous other industries and sectors.

Harnessing the power of air as its primary resource and employing zeolite molecular sieve as an adsorbent, this innovative system operates on pressure swing adsorption (PSA) technology. Through this method, it efficiently extracts oxygen from the air, providing a reliable and continuous source of oxygen for diverse operational needs.

The oxygen generation system comprises key components including an air compressor, dryer, PSA oxygen generator, and booster compressor, each playing a crucial role in the seamless production and distribution of oxygen.

Initial stages involve the compression of ambient air to operational pressure by a screw air compressor. Subsequently, the air is directed through a dryer equipped with filters to eliminate contaminants such as oil, water, and dust. This purified air is then stored in an air tank, ready to supply the PSA generator.

Within the PSA generator, clean compressed air undergoes separation using zeolite molecular sieves housed in adsorption towers. These sieves selectively adsorb nitrogen, allowing oxygen to pass through. Periodically, the adsorbent undergoes regeneration to release impurities, predominantly nitrogen, completing the purification cycle.

The oxygen, now concentrated and purified, accumulates at the top of the absorption tower before being directed to the oxygen storage tank. From here, the oxygen can be filtered and directly connected to hospital pipelines or routed through a booster compressor for pressurization. Pressurized oxygen is then filled into cylinders via the filling ramp, ensuring a steady supply of high-quality oxygen for various applications.

The portable oxygen generation unit encapsulated within a container embodies convenience and efficiency. Designed as a seamless plug-and-play solution, it boasts an array of benefits including cost-effectiveness, compact footprint, user-friendly operation, minimal maintenance requirements, rapid on-site oxygen generation, seamless transition capability, and environmental friendliness with zero pollution.