Cultivate VOCs Waste Gas Treatment Equipment

Equipment overview:

Low temperature plasma industrial waste gas treatment equipment and technology as a new kind of gaseous pollutants control technology is a collection of physics, chemistry, biology and environmental science in an overlapping comprehensive electronic chemical technology, because efficient decomposition can easily make the pollutant molecules and dealing with low energy consumption, is the most promising in atmospheric pollution control at home and abroad, one of the most effective methods.Its application and promotion have a broad prospect, which provides a new idea for the treatment of OC organic waste gas and malodorous gas in the industrial field.

Equipment features:

In the low-temperature plasma produced by dielectric barrier discharge, the electron energy is high enough to interact with almost all the malodorous gas molecules.

Quick response, not restricted by gas speed.

The use of anti-corrosion materials, electrodes and gas is not direct contact, fundamentally solve the problem of sound corrosion only need electricity, the operation is very simple, no need to send full-time personnel to guard, basically no labor costs.

The equipment starts and stops very quickly, with the use of the open, not affected by the temperature.

Small air resistance, mature process

Working principle:

Dielectric barrier discharge process, the electron gain energy from the electric field, through the collision of pollutant molecules energy can be converted to internal energy or kinetic energy, these energy molecules are stimulated or get ionizes the reactive group formation, and oxygen in the air and water under the action of high energy electron can also generate a lot of new ecological see hydrogen, oxygen and hydroxyl oxygen reactive group, such as the active group collide with each other and then trigger a series of complicated physical and chemical reactions.From the active group composition of the plasma, it can be seen that the plasma is rich in highly chemically active particles, such as electrons, ions, free radicals and excited molecules.The pollutants in the exhaust gas react with these active groups with high energy, and finally convert to CO2 and H2O, so as to achieve the purpose of purifying the exhaust gas.