Active photo oxidation integrated machine

Main parameters and indicators of the integrated active photooxidation machine:

a、 Backup noise: ≤ 45Db;

b、 Electric power: 500W-6000W;

c、 Power supply voltage: 220V 50HZ;

d、 Equipment resistance: ≤ 300Pa;

e、 Exhaust gas purification efficiency: ≥ 95%;

f、 Processing air volume: 2000m3/h -100000 m3/h.

Main properties of the integrated active photo oxidation machine:

a、 Simple structure, stable, and low processing energy consumption.

b、 Easy maintenance and long service life;

c、 The equipment has a compact structure, small footprint, simple maintenance and management, and low operating costs;

d、 Capable of simultaneously processing multiple mixed exhaust gases, purifying 95%;

e、 Adsorption;

Introduction to Active Photooxidation Integrated Machine:

In the operation of the activated light oxidation integrated machine, the gas containing dust enters the activated carbon adsorption tower under negative pressure with the power provided by the fan. Due to the many unbalanced and unsaturated molecular gravity or chemical bonding forces on the solid surface of activated carbon, when the solid body comes into contact with the gas, it can attract gas molecules, concentrate and maintain them on the solid surface, and adsorb pollutants. After passing through the filter, the exhaust gas enters the equipment's dust removal system to purify the gas. Purified, especially useful for difficult to treat multi-component exhaust gases, such as those in the chemical, pharmaceutical, and other industries. With high electronic energy, it can interact with almost all exhaust gas molecules; Low operating cost; Reaction, device start and stop are all available, with pure intelligence that can be used and turned on at any time. It automatically judges the working status and displays corresponding work warning lights. Long service life, energy-saving compared to traditional technology, saving more than 50% energy. Collecting oil mist particles of different sizes has a good purification effect, fundamentally solving the problem of complex exhaust gas composition that cannot be purified one by one. The purification units can be flexibly combined, and the number of units can be adjusted according to different purification processing capacity and purification rate requirements. The purification unit adopts a split drawer structure, which is easy to install, maintain, and clean. The power control system can automatically adjust the electric field strength, so that the purification equipment can maintain a high purification rate after long-term operation.