Organic waste gas treatment equipment

Organic waste gas treatment equipment is the treatment of waste gas emissions after the use of organic equipment in factories. We know that organic waste gas treatment equipment also has a high value for today's environmental protection concepts. Next, let's talk about what new environmental protection concepts have been promoted by organic waste gas treatment equipment?

1. Low temperature plasma waste gas treatment equipment.

Low temperature plasma technology is the cutting-edge technology of waste gas treatment and has obvious advantages in soot treatment.

The basic concept is the formation of high-energy electrons under the high voltage of an electric field. When the average energy of the electrons is higher than the molecular chemical bond energy of the substance to be treated, the molecular bonds are broken, so as to achieve the meaning of removing gas pollutants. 

2. Exhaust gas scrubber.

Exhaust gas enters from the bottom and exits from the top through the packing layer and mist eliminator. The liquid is pumped to the nozzle, falls down, and returns to the tank through the packing layer.

The debris in the exhaust gas adheres to the filler, and then enters the water tank under the action of water flow to achieve the meaning of interception. The debris in the water tank should be cleaned regularly, and the sewage should be discharged regularly.

The exhaust gas scrubber is usually a vertical spray scrubbing packed tower, and the internal structure of the nozzle and the packing layer are alternately divided. The packing has a larger specific surface to improve the contact area between the two fluids.

3. Photolysis waste gas purification equipment.

Polluted waste gas can be decomposed into non-toxic, harmless and odorless waste gas through destruction, decomposition and catalytic reaction.

In simple terms, photocatalytic reaction is a catalytic reaction that occurs under the action of visible light from the outside world. The photocatalytic oxidation reaction uses semiconductors and air as catalysts and light as energy to decompose organic matter into non-toxic and non-toxic components such as CO2 and H2O.