Condensation phase change mixed air flue gas whitening technology is to capture and condense particles and pollutants in flue gas through condensation phase change process by using moisture in flue gas. By mixing with condensed water, particles and pollutants combine with water vapor to form larger particles, which remain in the liquid to achieve the purpose of removal. This technology has the advantages of efficient purification, energy saving and environmental protection, and is widely used in incinerator tail gas treatment.
Low power ion beam flue gas whitening technology is to capture and remove particles and pollutants in flue gas through the action of ion beam. Using the negative ion beam generated by the ion generator, the pollutants in the flue gas are charged by the action of electric field and charge, and they are guided to the charge concentration area for capture and removal. This technology has the characteristics of high efficiency, low energy consumption and easy maintenance, and is suitable for the removal of particulate matter and fine particle size pollutants.
The combination of condensation phase change mixed air flue gas bleaching technology and low power ion beam flue gas bleaching technology can purify the tail gas of incinerator to the maximum extent. By condensing phase change mixed air technology, most particles and pollutants are removed under the action of moisture in flue gas. The low-power ion beam technology can further capture pollutants with fine particle size and ensure the emission standards. These two technologies complement each other, with high purification effect and relatively simple operation and maintenance.
To sum up, condensation phase change mixed air flue gas bleaching technology and low power ion beam flue gas bleaching technology are the main application means of modern incinerator tail gas bleaching. In the process of incineration, through the reasonable combination and application of these two technologies, the emission of harmful gases and pollutants can be effectively reduced, the environment can be purified, the air quality can be protected, and the operation of environmental-friendly incinerator can be realized.