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[Chemical Knowledge]：Deaerator working principle analysis, improve energy efficiency, guarantee equipment life

Read： 164 Time：14months ago Source：Transform the World with Simplicity

With the continuous development of industrial technology, the role of deaerator in production has been paid more and more attention. Deaerator is a kind of equipment that can remove oxygen and remove water impurities. It can improve the quality of water and air in industrial production process, improve production efficiency and quality stability. The working principle of

deaerator: The construction structure of

deaerator is usually a sealed container with a certain amount of ammonia or other reducing agents. After the water comes into contact with the reducing agent in the container, the oxygen inside is absorbed by the reducing agent, thereby greatly reducing the oxygen content in the water. In addition, the deaerator can also remove impurities and bubbles in the water to ensure the purity and smoothness of the water. Application of

deaerator in industrial production:

deaerator is widely used in various industrial fields, such as food, medicine, electronics, chemical industry, etc. In food processing, the use of deaerators can reduce the oxygen content in water, reduce the oxidation rate of food, and extend the shelf life. In the pharmaceutical process, deaerators can improve the purity and stability of products, reduce pollution and production costs. In electronic production, the use of deaerators can improve the quality and reliability of silicon wafers and semiconductor materials. In the field of chemical industry, the deaerator can avoid the interference of impurities in the water to the reaction process and ensure the production quality of chemical products.

deaerator how to improve energy efficiency and guarantee equipment life:

1. reasonable selection of deaerator specifications. According to the different production requirements, the corresponding specifications of the deaerator should be selected to prevent the production efficiency from being low due to insufficient equipment specifications.

2. Regularly check the deaerator system and replace damaged parts in time to ensure the normal operation of the system.

3. Lower the operating temperature. Under reasonable operating conditions, the energy loss of the equipment can be reduced and the energy efficiency can be improved.

4. Cooperate with other equipment. In production, deaerators are usually used in conjunction with other equipment to achieve the best production effect.

5. Regularly replace the oxygen scavenger. With the increase of use time, the reactivity of oxygen scavenger decreases, and timely replacement of oxygen scavenger can make the deaerator system reach the optimal state.

deaerator, as a device to remove impurities and oxygen in water, plays an important role in industrial production. Only by understanding its working principle and continuously optimizing its use can we improve energy efficiency and guarantee the life of equipment, and play a greater role in production.