Distillation device for dual dielectric barrier discharge plasma equipment

NegotiableUpdate on 05/18

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Overview

The working principle of the dual medium barrier discharge plasma equipment is to use a high-voltage generator to form a low-temperature plasma. Under the action of a large number of electrons with an average energy of about 5eV, organic waste gas molecules such as benzene, toluene, and xylene passing through the purifier are converted into various active particles, which combine with O2 in the air to generate low-molecular-weight harmless substances such as H2O and CO2, purifying the waste gas.

Product Details

Four major categories of low-temperature plasma exhaust gas treatment products: DFSDDual dielectric barrier discharge plasma equipment、 DFSD single dielectric barrier discharge plasma equipment, DFSD top capillary discharge plasma equipment, parallel electrode plasma equipment.

Dual dielectric barrier discharge plasma equipmentPlasma in the middleKnown as the fourth form of matter, it is composed of electrons, ions, free radicals, and neutral particles. Low temperature plasma organic gas purifier utilizes plasma. Repeatedly bombarding the molecules of odorous gases at a rate of 8 to 50 million times per second, deactivating, ionizing, and cracking various components in the exhaust gas, resulting in a series of complex chemical reactions such as oxidation. After multi-stage purification, harmful substances are converted into clean air and released into nature.

The working principle of low-temperature plasma exhaust gas purification equipment is to use a high-pressure generator to form low-temperature plasma. Under the action of a large number of electrons with an average energy of about 5eV, organic waste gas molecules such as benzene, toluene, and xylene passing through the purifier are converted into various active particles, which combine with O2 in the air to generate low-molecular-weight harmless substances such as H2O and CO2, purifying the exhaust gas.

1. High purification efficiency and stable performance.

2. The equipment has a low wind resistance of ≤ 300Pa and does not require additional ventilation equipment, resulting in low investment.

3. Low operating costs and low power consumption.

4. Easy maintenance and low cost, with a maintenance and cleaning period of every 90 days of use.

5. The equipment adopts an open discharge form and does not have a closed high-pressure or high-temperature zone.

6. No need for activated carbon materials, no saturated desorption materials, and no secondary pollution.

7. Long service life, easy installation, and fully automated operation process.

8. Processing air volume of 5000-50000m3/h or above (can be customized according to customer's actual size requirements).