PSA oxygen generator OXYBERG®500 - 800
high-puritymedicalprocess

PSA oxygen generator - OXYBERG®500 - 800 - BERG Kompressoren GmbH - high-purity / medical / process
PSA oxygen generator - OXYBERG®500 - 800 - BERG Kompressoren GmbH - high-purity / medical / process
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Characteristics

Gas characteristics
high-purity
Domain
process, industrial, medical
Technology
PSA, zeolite molecular sieves
Configuration
on site, compact
Other characteristics
automatic
Flow rate

Min.: 1 m³/h
(35.315 ft³/h)

Max.: 150 m³/h
(5,297.2 ft³/h)

Output pressure

Min.: 4 bar
(58.02 psi)

Max.: 8 bar
(116.03 psi)

10 bar
(145.04 psi)

Gas purity

Min.: 90 %

Max.: 95 %

92 %, 93 %, 94 %, 95 %

Power consumption

Min.: 50 W

Max.: 50 W

50 W

Description

During health emergencies, a reliable source of medical-grade oxygen is essential. One innovative solution that stands out is the Pressure Swing Adsorption (PSA) Oxygen Generator. This cutting-edge technology ensures on-site O2 production, offering a dependable and sustainable supply for medical facilities, clinics, and industrial applications. Oxygen Production Range: • Oxygen from 0.5 Nm³/h to 261 Nm³/h • Oxygen purity of 90% to 95% PSA (Pressure Swing Adsorption) Oxygen Generators operate on a fascinating and efficient principle to produce medical-grade oxygen. Here’s a simplified explanation of how they work: • Compressed Air Intake: The process begins by pulling in the air we breathe, which contains mostly nitrogen (78%), oxygen (21%), and a small amount of other gases. • Adsorption Process: At the heart of the oxygen generator are adsorption beds filled with a specialized material called zeolite. As the air passes through, the zeolite adsorbs the nitrogen, allowing the oxygen to pass through. • Separation of Nitrogen: By actively changing the pressure in the adsorption bed, the zeolite releases the captured nitrogen. This step, known as desorption, produces a stream of high-purity oxygen. • Oxygen Collection: The generated oxygen is collected and directed for use in medical or industrial applications. This on-demand production ensures a constant and reliable supply of oxygen without the need for storage. • Cycle Repetition: The process is cyclical. While one adsorption bed is capturing nitrogen, the other is releasing it. This continuous cycle ensures a steady output of oxygen.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.