Low temperature plasma deodorization devices with advanced technology

Specifications

Low temperature plasma deodorization devices

This process under the electrocatalysis overall design concept, three both independent and blending the excitation system: microwave excitation area, plasma excitation area, plate excitation. Each excitation area has its specific function, but on the principle of it.

1:Microwave excitation area

This process has two to eight microwave excitation unit, according to the different quantity of treated air volume is different, because of its frequency of microwave is relatively high, in the nanosecond time effectively in treated space (area), as a result of the microwave power is relatively small, so the excitation ability that is, the received electronic can transition ability is limited, this design is just at the beginning of the microwave as frequency JiFaYuan, in the process, as a kind of excitation energy. Because microwave pre-excitation syndrome function, greatly increase the plasma region, the excitation ability and treatment effect of plate area, due to the use of microwave technology, this technology in the comparison of similar equipment is equipment refining and the effect is superior.

2: Low temperature plasma excitation:

This process has 40 to 240 units of infinite tube filled with special gas low temperature plasma excitation area, low temperature plasma area is the core of the process technology, many scientific research institutions abroad chamber said to realize low temperature plasma under atmospheric pressure. From a large number of experimental analysis, atmospheric pressure low temperature plasma to difficulties in industrial application is still large, this process with the aid of low-pressure electrodeless lamp as excitation of low temperature plasma, maximum limit in the infinite district to realize the low temperature plasma area, due to the low temperature plasma with strong energy balance in the process of energy transition, disability, rarely in the particles, so low temperature plasma as atomic excitation is one of the most ideal. In practical application, the biggest division problem lies in the depression is that how many? What kind of gas tube filling the most economic value? This no theoretical model, it is only through the practice, experiment and analysis.

3: Plate area
The flow of gas to be treated , the voltage between the plates of 6KV-16KV, to a sufficiently high voltage between the plates under the effect of the wind , because the negative pressure in the polar region , the Faraday dark space according to the theory of photoionization theory, free from the theory , at atmospheric or near atmospheric conditions are very likely to achieve the probability of particle temperature plasma, the gas section through the plate , and is parallel to the plates , the plates to significantly reduce the pollutants included to prevent high-pressure ignition detonation .

Based on three types of functional areas, the aim is to achieve centralized low-temperature plasma , because the difference between theoretical and actual conditions of use on a single way to get low-temperature plasma , from the power of the external conditions are gaps . The set of three technologies and integration process , the Shandong , Jiangsu, Zhejiang, three more than medicine, chemical industry field tests , the original ideal gas removal , according to Neptune 's test, high concentrations of up to 84 gas removal % or more.

Electro-catalytic oxidation process set temperature plasma, microwave discharge , plate discharge and integration, to achieve effective treatment of the exhaust gas is extremely complicated process in actual use , the entire process is completed in less than one second of time . From theory to explore the model can be related to the mechanism , by focusing on three ways of discharging exhaust gas molecules from low energy E, within a thousandth of a second in a time of transition to a level sufficient to ionize Em , full gas molecules bond fracture , fracture of particles in the avalanche after impact due to the smaller mass , further transitions oxygen ions react with hydroxide ions in the reactor to produce harmless and tasteless CO2, H2O , and other high-valent compound . And because the reactor ozone and ultraviolet light , completely remove the exhaust compounds in different areas of the field to remove the more broad-spectrum space .

System is controlled by a PLC + touch screen mode , assembly overcurrent, overvoltage, leakage, light intensity , temperature , pressure and other controls and sensors to ensure the needs of self-control equipment .