Essential details
MOQ:1pcs
Shipping:Express Delivery
Product Introduction
High-pressure spray tower, made of high-quality materials and featuring advanced production techniques, is an efficient and intelligent environmental protection device. It is widely used in various places, such as garbage treatment stations, sewage treatment plants, public restrooms, and other areas that require deodorization treatment. This device adopts high-voltage frequency conversion technology to atomize water into tiny water droplets, which are then sprayed onto the areas that need deodorization through nozzles. The water droplets come into contact with odor molecules, adsorbing and carrying them away into the air for deodorization.
-Workflow-
Deodorization mechanism
According to the needs, the plant concentrate solution and demineralized water used in the deodorization system are formulated into the required concentration by a high-pressure pump. After being pressurized, they are delivered to the high-pressure atomizing nozzle device. The atomizing nozzle device fully atomizes the plant solution into tiny droplets, which are evenly mixed in the odor emission space and fully contact with odor molecules. On the surface of the tiny droplets, a great surface energy is formed, which can adsorb odor molecules such as ammonia, hydrogen sulfide, mercaptan, methanol, and organic amines that form odor in the air. This causes the structure of the odor molecules to change and become unstable. At this time, the effective molecules in the solution can provide electrons to the odor molecules and react with them. At the same time, the odor molecules adsorbed on the surface of the droplets can also react with oxygen in the air. Through the purification effect of the plant solution, the odor molecules will be adsorbed and decomposed, thus achieving the purification effect.
According to the needs, the plant concentrate solution and demineralized water used in the deodorization system are formulated into the required concentration by a high-pressure pump. After being pressurized, they are delivered to the high-pressure atomizing nozzle device. The atomizing nozzle device fully atomizes the plant solution into tiny droplets, which are evenly mixed in the odor emission space and fully contact with odor molecules. On the surface of the tiny droplets, a great surface energy is formed, which can adsorb odor molecules such as ammonia, hydrogen sulfide, mercaptan, methanol, and organic amines that form odor in the air. This causes the structure of the odor molecules to change and become unstable. At this time, the effective molecules in the solution can provide electrons to the odor molecules and react with them. At the same time, the odor molecules adsorbed on the surface of the droplets can also react with oxygen in the air. Through the purification effect of the plant solution, the odor molecules will be adsorbed and decomposed, thus achieving the purification effect.
Application areas:
In settings where unorganized odor emissions occur due to industrial or municipal activities, such as production workshops in industries like steel, petrochemical, power, coal, paper-making, printing and dyeing, as well as various wastewater treatment plants, garbage stations, landfills, and garbage transfer stations.
In settings where unorganized odor emissions occur due to industrial or municipal activities, such as production workshops in industries like steel, petrochemical, power, coal, paper-making, printing and dyeing, as well as various wastewater treatment plants, garbage stations, landfills, and garbage transfer stations.