Plasma technology is the use of plasma generated by high-energy electric fields for exhaust gas treatment. Electrons, cations, and free radicals in plasma can interact with harmful gases to decompose or convert them into harmless substances. Plasma technology is excellent in treating high concentration organic waste gases and inorganic gases.
The generation of low-temperature plasma. Low temperature plasma is a special gas state composed of highly ionized particles with sufficient energy to disrupt organic molecules and molecular chains within tissues, thereby achieving tissue ablation and purification. The generation of this type of plasma typically requires external energy input, such as radio frequency, microwave, or arc discharge.
The role of low-temperature plasma:In terms of purification, low-temperature plasma can quickly oxidize pollutants such as NOX, SOX, O2, and H2O by generating high-energy electrons, free radicals, and other active particles. These active particles can oxidize pollutants such as NOX and SO2, and ultimately generate harmless compounds. In the medical field, such as low-temperature plasma ablation, it utilizes the energy of low-temperature plasma radiofrequency to remove tissue at a lower temperature, thereby avoiding damage to the tissue.
Technical principle of low-temperature plasma purifier:Low temperature plasma is the fourth state of matter after solid, liquid, and gas, composed of electrons, ions, free radicals, and neutral particles. The low-temperature plasma organic gas purifier utilizes plasma. Repeatedly bombarding the molecules of odorous gases at a speed of 8 to 50 million times per second, activating ionization and cracking various components in the exhaust gas, resulting in a series of complex chemical reactions such as oxidation. After multiple stages of purification, harmful substances are transformed into clean air and released into nature.
Its working principle is as follows:1. A high-voltage electric field will ionize oxygen in the air, producing free oxygen. That is, reactive oxygen needs to combine with oxygen molecules due to the imbalance of positive and negative electrons carried by free oxygen, thereby producing ozone.2. Ozone oxidizes the broken odor gas molecules into inorganic substances such as CO2 and H2O, thereby achieving the goal of treatment.
Advantages of the device:
(1) Belonging to high-tech innovative products;
(2) Efficient exhaust gas purification;
(3) No substance needs to be added;
(4) Strong adaptability;
(5) It can still operate normally in an environment with saturated humidity, working continuously 24 hours a day, and running stably and reliably for a long time;
(6) Low consumption and energy-saving: processing 1000M3/odor, consuming only 0.25 kWh of electricity;
(7) Strong equipment combination:
(8) Long service life of equipment: with a service life of over 15 years
(9) Safety: The voltage used inside the "low-temperature plasma" equipment is below 36 volts, which is safe and reliable.
Application scope:
Low temperature plasma purifiers are commonly used to treat various types of industrial waste gases. (Suitable for furniture factories, shoe factories, hardware factories, electronics factories, handicraft factories, printing and dyeing factories, plastic product factories, etc.).
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