Secondary Spray Tower

Liquid Spray tower Spray towers can be designed in various configurations, including counter-current flow, cross-flow, or co-current flow, depending on the specific application and pollutant characteristics. The design and operation parameters, such as liquid flow rate, droplet size, residence time, and contact efficiency, are optimized to achieve effective pollutant removal. It's worth noting that the liquid used in spray towers may require treatment or disposal to address

Spray Tower A spray tower, also known as a spray scrubber or wet scrubber, is an air pollution control device used to remove pollutants and particulate matter from industrial gas streams. It is commonly employed in various industries, including power plants, chemical plants, refineries, and manufacturing facilities. The basic principle of a spray tower involves the use of liquid sprays to capture and remove pollutants from the gas stream. Here's a general overview of how it

Gas Inlet Spray tower The basic principle of a spray tower involves the use of liquid sprays to capture and remove pollutants from the gas stream. Here's a general overview of how it works: Gas Inlet: The gas stream containing pollutants enters the spray tower through an inlet. This gas stream may contain various pollutants such as dust, particulate matter, gases, or odorous compounds. Liquid Sprays: Inside the spray tower, liquid sprays are introduced. The liquid can be

Spray tower The flue gas from the bag dust collector is sucked by the induced draft fan and enters the two-stage spray tower for spray washing to remove the acid gas in the flue gas. By controlling important factors such as the deacidification liquid, flue gas flow pattern, deacidification liquid atomization state, droplet residence time, and reasonable liquid-to-gas ratio, the ideal absorption effect is achieved, thereby ensuring that the content in the flue gas meets