synthetic air
  • Seen : 314 View

0
synthetic air

Dry air is usually known as compressed air. As you know, the air around us consists of various gases. Most of them are nitrogen gas about 70% and oxygen gas about 20%. There are also small amounts of other gases such as water vapor etc. The amount of each of these gases is different in different places because the movement of the wind causes the movement of gases. Of course, it should be said that the amount of water vapor depends on place, temperature and time.

The gases that make up dry air can be considered as 20.5% oxygen, 79.5% nitrogen and the lowest amount of moisture. Meanwhile, all these values may change according to the standards. Dry air is a colorless and odorless gas that does not ignite, but since it has a high percentage of oxygen gas, it can ignite the fire more.

Dry air gas has many applications in laboratory cases because it is free from any pollution and impurities.
Preparation of dry air gas (Z_ Air)

There are several methods for producing and preparing dry air, for example, one method of producing compressed air gas is post-cooling, which is based on the use of a heat exchanger that cools the hot compressed air and the water in it settles. Another way to prepare dry air is to use a refrigeration dryer. In this way, they cool the compressed air so that the water in it is distilled and then the separation is done. The third method for preparing compressed air is the over-compression method. In this method, the air is condensed with high pressure and then dried, and as a result, the final product lacks water and moisture. This method is one of the most common methods of dehumidification. Production of dry air gas by penetrating absorption drying and surface absorption drying is one of the other methods of preparing and producing dry air gas.

Saler Company Information

Company : SGK
More Information : View
Online order registration form
No comments have been posted yet
loading
Your comment has been sent
synthetic air

Dry air is usually known as compressed air. As you know, the air around us consists of various gases. Most of them are nitrogen gas about 70% and oxygen gas about 20%. There are also small amounts of other gases such as water vapor etc. The amount of each of these gases is different in different places because the movement of the wind causes the movement of gases. Of course, it should be said that the amount of water vapor depends on place, temperature and time.

The gases that make up dry air can be considered as 20.5% oxygen, 79.5% nitrogen and the lowest amount of moisture. Meanwhile, all these values may change according to the standards. Dry air is a colorless and odorless gas that does not ignite, but since it has a high percentage of oxygen gas, it can ignite the fire more.

Dry air gas has many applications in laboratory cases because it is free from any pollution and impurities.
Preparation of dry air gas (Z_ Air)

There are several methods for producing and preparing dry air, for example, one method of producing compressed air gas is post-cooling, which is based on the use of a heat exchanger that cools the hot compressed air and the water in it settles. Another way to prepare dry air is to use a refrigeration dryer. In this way, they cool the compressed air so that the water in it is distilled and then the separation is done. The third method for preparing compressed air is the over-compression method. In this method, the air is condensed with high pressure and then dried, and as a result, the final product lacks water and moisture. This method is one of the most common methods of dehumidification. Production of dry air gas by penetrating absorption drying and surface absorption drying is one of the other methods of preparing and producing dry air gas.

Saler Company Information

Company : SGK
More Information : View
Online order registration form