Principle of ZJ-DL-K Injection Plasma Technology
Zhongjing ZJ-DL-K type injected plasma is a device that generates active ions from clean air and mixes the ions, active oxygen, and free radicals generated into the waste gas treatment system through natural inhalation and power transmission modes. The Zhongjing ZJ-DL-K type injected plasma device is integrated and modular, and is composed of a filter unit, a flow equalizing hood, a dehumidification and drying device, a buffer chamber, an ion generation module, and an inverter high-voltage device, Select the number of modules for combination based on the amount of air required for waste gas treatment.
ZJ-DL-K type injection plasma treatment of industrial waste gas is a new technology for waste gas treatment that has been adopted abroad in recent years. Zhongjing has a number of independent design patents (Patent No.: ZL 2018 2 0669759.2/ZL 2021 2 0371592.3). The principle of the injection type plasma purification equipment is to use a special high-voltage power supply to ionize the gas under normal temperature and pressure to obtain a non equilibrium plasma, which generates a large number of high-energy electrons and active particles such as H, O, OH, etc, Pollutant molecules in the air are excited by high-energy electron collisions, and atomic bonds break to form small fragment groups. Active particles such as H, O, and OH undergo a series of reactions with the broken molecular groups and free radicals of the pollutants, ultimately transforming the pollutants into harmless substances, such as the degradation of organic substances into CO2 H2O, etc; NH3 is degraded into N2 and H2O.
Advantages of Zhongjing Injection Plasma Waste Gas Treatment Equipment
1. Safety and reliability: The exhaust gas does not contact the plasma generator, and the air in the environment is used as the core device for the ion unit reaction. It will not ignite and explode flammable and explosive gases due to electric sparks and high-voltage static electricity.
2. Stable operation: The exhaust gas does not contact the high-pressure ionization module generation process, which does not affect the stability of the plasma electrode due to high humidity pollution gases. The operation process of the ion module is more stable and controllable.
High efficiency: compact structure, small footprint, high ion beam density due to increased electrode size, which is beneficial to the ion strength within the module, thereby increasing the activity of ion generation and improving efficiency without increasing energy consumption.
4. Simple maintenance: Without external water and gas sources, power can be used without additional consumables, and operation and maintenance costs are low. The equipment is installed outside the exhaust gas pipeline, and daily maintenance can be performed on the equipment without stopping production.
5. Adjustable power: The power of the equipment can be adjusted online according to the actual situation, and the power of the equipment can be adjusted arbitrarily.
6. Intelligent control: CPU integrated control monitors key process parameters such as flow, temperature, and pressure in real-time online.
Application fields: sewage treatment plants, electronic manufacturing, rubber plants, petrochemical industry, pharmaceuticals, sewage treatment, coatings, leather processing, photosensitive materials, automobile manufacturing, food processing plants, printing and dyeing plants, garbage treatment plants, public toilets, slaughterhouses, livestock farms, fish processing plants, feed processing plants...
