TRUMPXP Ozone generator

Ozone generators can be applied to water purification, vegetable and fruit cleaning, water dispensers, and washing machines in our daily lives.

Ozone generators can be used for air disinfection (not for human-machine coexistence), air disinfection machines, farm eliminators, air separators, hotel disinfection, public area disinfection, etc.

Ozone generators can also be applied to large bathhouses SPA、 Inside a small bathtub.

Principle of TRUMPXP ozone generator: Using high voltage discharge, oxygen O ₂ is converted into ozone O3. Due to the instability and difficulty in long-term storage of ozone, it is usually required to be produced on-site and used as needed.

The high-voltage corona discharge method is currently the most widely used and high-yield method for generating ozone.

The workflow is roughly as follows:

Gas supply: Dry air or oxygen enters the discharge chamber. Excessive humidity can reduce ozone production and may also corrode electrodes, so the gas source usually needs to be dried.

High voltage discharge: High frequency high voltage electricity is applied between the high voltage electrode and the grounding electrode, forming a narrow discharge gap through dielectric materials such as glass, ceramics, quartz, etc.

Corona discharge: High energy electrons are generated in the discharge gap, which collide with oxygen molecules and cause O ₂ to decompose into active oxygen atoms O.

Ozone generation: Active oxygen atoms O recombine with undecomposed O ₂ to form ozone O3.

It can be simplified as:

O ₂+high-energy electrons → 2

O + O₂ → O₃

The overall response can be approximated as:

3O₂ → 2O₃

The process of ozone generation releases heat, and high temperatures accelerate ozone decomposition, so ozone generators usually require air or water cooling to maintain stable operation.

TRUMPXP Ozone Generator Load:

Quartz tubes, glass tubes, and ceramic plates are all ozone loaded.

The exposed quartz tube produces open ozone, which is directly in the air and can only process the air.

There is a layer of glass outside the glass tube, and the generated ozone inside the tube needs to be blown or sucked out. With an air pump and a silicone tube bubble stone, water can be treated.

Quartz tube, ceramic sheet - air

Glass tube - Water

Ozone has advantages such as strong oxidation, broad-spectrum sterilization, and no persistent residue, but it has limitations such as toxicity, instability, high equipment costs, and high requirements for by-product control. Safety design needs to be carried out according to different scenarios such as water treatment, industrial disinfection, or air purification.

TRUMPXP provides technical service support throughout the process, offering you a one-stop solution for using ozone.