In hospitals, oxygen is used for various medical applications such as anesthesia, resuscitation, and patient ventilators. Medical-grade oxygen must be free from impurities such as nitrogen, carbon dioxide, and moisture. Oxygen purity levels should be maintained above 93% to ensure maximum efficiency and safety in patient care.
Installing a PSA oxygen plant in hospitals can help generate on-site oxygen with high purity levels up to 95%, or more if required. PSA stands for Pressure Swing Adsorption method. This is a highly efficient technology used in oxygen production that involves separating oxygen from the surrounding air. This is done by using carbon molecules or zeolite pellets that attract the nitrogen and other impurities, leaving behind pure oxygen.
Installing PSA oxygen plants in hospitals is not only cost-effective but also ensures a continuous supply of medical-grade oxygen. The oxygen produced from a PSA plant is automatically monitored and can adapt to the fluctuating demands of the hospital. PSA oxygen plants in hospitals are easy to install and do not require any storage tanks or any transportation of oxygen cylinders. This ensures that there are no risks associated with the transportation and handling of oxygen cylinders.
The installation of PSA medical oxygen plants in hospitals can also provide other benefits such as reduced hospital costs and improved patient outcomes. In the long run, installing a PSA oxygen plant in a hospital can bring down the costs associated with the purchase and transportation of oxygen cylinders. This can reduce the overall hospital expenditure and help save more funds for other essential medical equipment.
Moreover, the availability of on-site oxygen production can help reduce the risk of medical emergencies and improve patient outcomes. Patients can be treated promptly without waiting for the arrival of oxygen cylinders, ultimately resulting in better patient care and outcomes.
In conclusion, installing PSA medical oxygen plants in hospitals is an efficient way to ensure a continuous supply of medical-grade oxygen and reduce hospital expenses. This can help improve patient care and outcomes while providing a safe and reliable solution for on-site oxygen production.