In the intricate tapestry of life on Earth, few elements are as essential as oxygen. It is the very breath of life, the element that sustains not only human existence but also that of countless other organisms. As our world evolves, the demand for this life-sustaining gas continues to rise, and this is where the remarkable world of oxygen plants comes into focus. Oxygen plants, also known as oxygen generation units or oxygen production facilities, are the unsung heroes of modern healthcare, industry, and emergency services. These facilities are responsible for the extraction, purification, and distribution of oxygen to meet the ever-growing needs of society. From supporting critical medical procedures to enabling industrial processes and emergency response, oxygen plants are the silent pillars of our infrastructure. As we embark on this exploration of oxygen plants, we venture into the heart of a technology that plays a pivotal role in preserving and enhancing human life. We will delve into the science behind oxygen production, understanding how air, a seemingly abundant resource, can be transformed into the life-sustaining gas that fills our lungs. Furthermore, this journey will lead us to understand the broader implications of oxygen plant technology. In the face of global challenges, such as the COVID-19 pandemic, the importance of a robust oxygen supply has come into stark focus. We will explore the critical role oxygen plants play in times of crisis, their impact on healthcare systems, and the measures taken to ensure their reliability and accessibility. Join us as we navigate the fascinating world of oxygen plants, where the quest to harness this vital element is not merely a matter of science and engineering, but a lifeline that connects us all. Together, we will uncover the ingenuity, dedication, and far-reaching implications of this life-supporting technology, gaining a newfound appreciation for the breath of life itself.

Model : 100 / 200 / 500 / 1000 / 2000 LPM
Pressure swing adsorption (PSA) oxygen generating plants are a source of medical-grade oxygen.Through the Pressure Swing Adsorption (PSA) technology and adsorption media developed in-house, the atmospheric air is separated in its components nitrogen and oxygen. Subsequently, oxygen is available for further use in quantities of 0,5 – 2.000,00 Nm³/h and purities of 90 – 95%.

Technical Specifications :
Oxygen purity	93% (+/-) 2 %
Inlet air pressure	7.5 kg/cm²g
Outlet gas pressure	5 kg/cm²g
Dry Compressed Air Requirement @ 7.5 kg / cm2g & 40 Deg c	582 Nm3/hr. (393 CFM)
Installed Power Required for Air Compressor 415 V 3 Ph. 50 Hz	75 kW (57 HP)
Average Power Consumption for Air Compressor	57 KWH
Dew point (Atm.)	(-) 50 Deg C
Outlet gas temperature	Ambient
Type	PSA Generator Plant
Duty	Continuous & Fully Automatic Skid mounted