Views: 4 Author: Xicheng Ep Ltd Publish Time: 2022-02-18 Origin: Xicheng Ep Ltd
Introduction to the function of polyhedral hollow sphere packing
The polyhedral hollow sphere filler is made of PP polypropylene, which is injected by an injection molding machine. The polyhedral hollow sphere filler belongs to random chemical fillers. It is composed of two hemispheres into a sphere. staggered from each other. It has a larger specific surface area than other spherical fillers. The multi-faceted hollow ball packing has different functions when installed in different devices, and is usually used in waste gas treatment equipment, carbon dioxide remover, desulfurization and water treatment projects.
The role of the multi-faceted hollow ball packing installed in the exhaust gas treatment wet scrubber
The multi-faceted hollow ball packing is installed in the PP spray tower to provide a large enough area for the gas-liquid two-phase transmission, so that the gas-liquid two-phase flow can be completely contacted, and the gas-liquid flow will not cause too much resistance. The polyhedral hollow sphere packing is the simplest equipment for gas absorption. In the scrubbing tower, the liquid is a dispersed phase and the gas is a continuous phase. Generally, the gas and liquid are relatively small, which is suitable for the absorption process of rapid chemical reaction. Choice is at the heart of scrubbers. The choice of the function of the multi-faceted hollow ball packing is directly related to the operation performance of the scrubber and the efficiency of exhaust gas purification.
Application diagram of multi-faceted hollow sphere packing scrubber
The function of installing polyhedral hollow ball packing in carbon dioxide remover
The carbon dioxide remover equipment is filled with polyhedral hollow sphere packing. The function of the polyhedral hollow sphere packing is to remove carbon dioxide in the water to reduce the corrosion of water equipment. After the carbon dioxide is removed, the load of the anion exchange column is effectively reduced, thereby improving the economy and efficiency of the system. Water quality. When the CO2 content in the influent water is greater than 50mg/l, it is more economical and reasonable to install a carbon dioxide remover in the system, and the residual CO2 in the treated water is 5~10mg/l