One of the most widely used compressors in the industrial world is the screw compressor.
As the name implies, this compressor works using a screw system.
Thus, air enters through the inlet to the screw system which rotates and compresses the air. Then, the compressed air is channeled to the air storage tank.
The many types of compressors on the market certainly also make us more confused in choosing a compressor. However, screw air compressors have been widely used because of their safe and convenient operation in the industrial field. In most industrial facilities, compressed air is required for manufacturing.
Screw compressors are one type of compressor that is very popular in the market in almost all industries. This compressor works by using a screw system, where air enters through the inlet to the screw system (coupler) which rotates and compresses the air. Then, the compressed air is channeled to the air storage tank.
In principle, how it works screw compressor This is by absorbing, compressing, and expelling air. Screw compressors are commonly used in the manufacturing industry. This type of compressor has been widely used in several applications, such as the power, chemical, and energy industries, mainly because of its efficiency and safety.
The number of compressors on the market, of course, will tend to force us to choose a compressor to suit our needs. But please note that each type of compressor will have its own advantages and disadvantages.
In some applications that use twin screw compressors (one of the most popular types of compressor operation). In these applications, the compressor will be able to increase the power density and efficiency of the fuel cell. It also reduces the size of the fuel cell system by compressing the air.
In the last 3 decades, in its development, screw compressors have twin screw compressor profile design has undergone tremendous innovation. This is reinforced by several studies that mention the theory of compressor performance optimization (Stosic et al).
Why is an air compressor needed (modeling a pressurized air system)? This is because pressurized air systems generally work as follows:
First, The air separation tank is filled with compressed air produced by the screw air compressor host; Second, When the air is compressed to the required pressure value, the minimum pressure valve will open and discharge the air to the dryer to cool and to the filter to purify. Finally, the clean compressed air will be transported to the utilization of the pneumatic devices.
