Ionization Tower

The Ionization Tower is an ideal treatment equipment for various occasions where waste gas purification is required. The equipment uses high-voltage electrodes to generate high-voltage electric fields. The molecular chains of organic substances in waste gas are shocked by high-voltage electric energy in the high-voltage electric field, and their molecular structures are completely destroyed, thus becoming charged particles, At the same time, the ozone generated in this process is used for oxidation to achieve the purpose of waste removal and purification.

The remaining particles, oil mist and other impurities are attached by the electrons released by the cathode line, move towards the anode tube under the action of the high-voltage electric field, and are collected and captured by the anode tube. On the inner wall of the anode tube, pollutants form a liquid film deposition and flow downward, so as to achieve the renewal and automatic cleaning of the electrode surface.

The ionization tower is a two-stage ionization structure, mainly composed of tower body, cathode line, anode tube, packing layer, packing support plate, atomization spray system, demisting system and air extraction system.

What is Ionization Tower

An ionization tower is a device that uses ionization to neutralize pollutants in the air. It works by passing air through a chamber that contains an electrical field, which ionizes (or charges) the pollutants in the air. The charged pollutants are then attracted to and trapped by oppositely charged plates or media, effectively removing them from the air. Ionization towers are often used in industrial settings to control emissions from factories, but they can also be used in other settings to improve indoor air quality.

Technical parameter

Model	Diameter(mm)	Height(mm)	Power(kw)
XDT-2500-25000	2500	25000	11

Ionization Tower FQA

An ionization tower is a device that uses high voltage to create ions, which are atoms or molecules that have gained or lost electrons. These ions can be used to neutralize static electricity in a variety of industrial and commercial applications. Some common uses of ionization towers include:

Eliminating static electricity in the manufacturing of plastic and other materials
Reducing the risk of explosions in flammable environments
Improving the efficiency of air filtration systems

Ionization towers can come in a variety of sizes and designs, and the specific features and capabilities of a particular tower will depend on the manufacturer and the intended application. Some common features of ionization towers include: