The deaerator not only removes dissolved oxygen from the boiler feed water but also eliminates corrosive gases such as free CO2, NH3, and H2S from the water.

Summary

With the rapid development of the power industry and the continuous advancement of science and technology, the early operational oxygen-removal devices in our country, such as the spray plate, spray packing, and rotating film deaerators, are increasingly showing their inadequacies. These include poor oxygen-removal efficiency, uneven heat exchange, low adaptability, and high steam consumption, which fail to adjust to changes in operating conditions and load.

Our company's spiral membrane oxygen remover is a new structure type that has been researched and promoted in recent years. The design primarily converts the original jet-type into a spiral-jet membrane type, making it a high-efficiency new oxygen remover that integrates spiral membrane and bubble collapse. It boasts high oxygen removal efficiency, uniform heat exchange, low steam consumption, stable operation, good adaptability, and does not have stringent requirements for water quality and temperature. Additionally, it can operate beyond its rated capacity.