There are several techniques used to prepare medically pure ozone, and it is necessary to avoid contamination;
1. Ultraviolet irradiation method:
Using ultraviolet lamps as the source of the generator; Ultraviolet lamps using narrowband ultraviolet light with a wavelength shorter than 200nm can only form a small amount of ozone, and ultraviolet light in the outer frequency range of this narrowband can have a destructive and destructive effect on ozone. The UV lamp is prone to aging, the UV lamp technique lacks reliability, the concentration is not established, and sometimes even the UV lamp burns out; Not suitable as a medical ozone generator;
Reminder, nowadays overseas, there are oxygen, water, hospital clothing disinfection, and rudimentary gynecological treatments used for medical purposes
2. Corona discharge method
Corona discharge technique, in which the hot cathode is enclosed by a screen shaped anode. The best form of this technique is called the "dual electric" form, in which a layer of glass separates each component from the airflow. This design is the best way to avoid polluting ozone; But this design generates heat, which can damage ozone; In order to compensate for the loss of ozone purity, more electricity will be consumed, resulting in the generation of more heat, and the cycle of bad luck often leads to power failure; This type of ozone generator has a short furnace age and permanent depletion, which affects the industry of this type of generator. It is also one of the reasons why doctors abandoned this type of ozone generator in the 1930s and did not use it for ozone remediation. In the future, this technique will be widely applied in industrial waters.
Nowadays, overseas, it is important to analyze the domestic ozone remediation system and use the "corona discharge method" to prepare ozone. The most critical issue is indeed the unstable purity. This facility has a characteristic of having a "fan" on the chassis wall.
3. Cold corona discharge method
When leaving, there are three ways to form clean, medically pure ozone, which is called "cold crown discharge". Two inert gas filled glass rods and a static electron plasma are used to convert oxygen into ozone. This technique does not have an electron flow that can be obtained, nor does it generate heat. This type of ozone generator will last for a long time. This technique is widely used in high-end medical ozone generators and has the characteristics of high reliability, low power consumption, and stable concentration.

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