What are the Usage Areas of Air Separators?
Air Separator
Oxygen dissolved in water will be released when the temperature increases under pressure. For this reason, the formation of air bubbles in water is observed. The formation of air bubbles causes corrosion in heating systems and piping. In addition, cavitation also occurs in pumps and installations. The adhesion of bubbles to heat transfer surfaces causes a decrease in heat conductivity. This leads to a loss of efficiency. Failures occur in pumps and fittings. Therefore, the use of an air separator is of great importance. An air separator collects the air bubbles in the water on the surface of the specially designed metal filler material. In this way, it helps to expel them. This prevents the problems that occur in piping and heat transfer equipment. The system runs much more healthily. You can get service related to air separator systems from the site https://www.vefaheat.com/separatorler/hava-ayirici/.
What Kind of Failures Occur in the System if an Air Separator is Not Used?
Air separators can be used in various areas such as underfloor heating systems, central and individual heating systems, and air conditioning and cooling systems. The working principle of the air separator is based on physical principles. The active part of the air separator is made of expanded stainless steel sheet. These sheets are placed radially in the body. This creates a strong turbulence in the water flow circulation, preventing problems. When air separators are not used, bubbles form in the system. These bubbles cause corrosion due to the oxygen they contain. In addition, these bubble conditions also cause cavitation in the pumps and equipment within the piping. Due to the bubbles, noise occurs when the system is running. This disturbs people in the environment. The absence of an air separator can lead to failures in pumps and fittings.
