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Our hospitals or medicals institutions especially the bigger one equipped with all modern medical facilities, but very few from us really know what kind of machinery works behind and make functioning possible. As like as the other organization whole functionality of the hospitals, depends upon machinery working behind them, we are going to describe bellow. Heatless Regenerative Desiccant Air Dryer: Ambient atmospheric air usually contains a significant amount of moisture. Some time additional moisture may harm during surgery or critical medical situation. Dry air is used in OT, emergency rooms, delivery rooms, ICU and NICU. Life of a patient is on stacks and any compromise in air quality can expense that life. Heatless desiccant type dryers helps the hospitals to get dry air as per the requirement. Vacuum Pumps: Medical vacuum pumps are used to provide the vacuum required by the hospitals such as central vacuum systems. It used in hospitals and ambulant surgical centres to

There are mainly three types of air compressors one is the reciprocating air compressor, second is rotary screw air compressors, and the last one is a rotary centrifugal air compressor. These air compressors are highly technical solutions to solve multiple manufacturing, loading and more sectors. The base of dividing these air compressors depends on compression stages, cooling methods, drive methods, and customizing and packaging options.  The use of refrigerated air dryers and air compressors are extremely very common, even the manufacturing and packing and many other industries cannot survive without these air driers and compressors. To improve the quality of heatless desiccant type dryers several modifications have been done by the manufacturers. Reciprocating air compressors are used to increase the pressure by reducing the volume of air. In the commercial sectors, mostly single-stage and double stage reciprocating air compressors are being used with the different pressure

PSA (Pressure Swing Adsorption) technology is well known for H2 purification applications, but the technique can also be used for other gas such as oxygen, separation processes in petroleum refining facilities PSA is a well-established process for the separation and purification of a wide range of industrial gases. PSA is generally safe, reliable and cost effective. We all know atmospheric air contains 21% Oxygen, 78% Nitrogen, 1% other gases. Oxygen generator separates this oxygen from compressed air through the process called Pressure Swing Adsorption. (PSA). PSA oxygen Plant separates the Oxygen from atmospheric air. Using this technology, we produce oxygen gas in the plants that are highly economical and require low maintenance and produce the desired results in a hassle-free manner. These generators absorb nitrogen with the help of two absorption vessels that are filled with most efficient zeolite molecular sieves responsible for nitrogen absorption. In the Oxygen Gas Gen