Notes on bubbles in pure water and mineral water

Notes on bubbles in pure water and mineral water

1. Causes of bubbles: There are two reasons for bubbles in pure water and mineral water. First, during the filling process, when the high-pressure pump pumps pure water or mineral water into the washed bottle through the filling head, due to The reason for the pressure is that the water is vigorously stirred in the bottle to generate bubbles. Another reason is that our company uses a non-polluting ozone sterilization process. During the sterilization process, the ozone that was originally dissolved in purified water decomposes out oxygen to form bubbles.

Second, the reason why the bubbles stay in the bottle: because the purified water and mineral water are filled and sealed within a few seconds, the bottle is isolated from the outside, and the bubbles decomposed by ozone in the bottle enter In a relatively stable state, large bubbles gradually burst and disappear. Small bubbles are more stable due to their large specific surface area, so they attach to the bottle wall or float in the bottle, so they can not break for a long time.

3. The number of air bubbles has no effect on quality: Since air bubbles are generated normally during the production process, our company has strict control standards on the production environment and production process. The number of air bubbles in this part will not affect the quality of pure water or mineral water. Have any effect.

4. After the drinking water is shaken, the air in the drinking water bottle enters the water. Since the air (mainly composed of: nitrogen, oxygen, and a small amount of rare gas) is difficult to dissolve in the water, a small amount of small bubbles will be formed after the shock. In water.

5. After the drinking water oscillates, the solubility of the air in the water changes, and some of the air originally dissolved in the water is released to form small bubbles.

Sixth, the effect of intermolecular forces is mutual, and the molecules also show a certain shape in non-stop motion, which can be seen by the naked eye. For example, stirring will dissolve and heat energy will be converted into electrical energy.