What are the key points of the structural design of chemical reverse osmosis pure water treatment eq

What are the key points of the structural design of chemical reverse osmosis pure water treatment equipment components?

by:Ocpuritech     2021-05-30
What design features the chemical structure of reverse osmosis water treatment equipment components is author of the article:? In the industrial process, some industries relatively high water quality requirements, such as pharmaceutical, chemical industry, medicine and water purification equipment to meet the chemical industry high standards Water demand. In recent years, the utilization rate of purified water equipment has been increasing. In order to meet the requirements of the medical industry, biomedical pure water treatment equipment is also constantly updated. What kind of chemical reverse osmosis pure water treatment equipment is more suitable for use in the pharmaceutical industry? Chemical reverse osmosis pure water treatment equipment is one of the widely used water treatment equipment in chemical production, bringing many conveniences and benefits to users. The reverse osmosis membrane used in chemical reverse osmosis pure water treatment equipment has a small pore size. The osmotic pressure of the aqueous solution is used to separate water molecules and impurities, so that the water quality is thoroughly purified. In order to better guarantee the quality of water transportation in the pharmaceutical industry and ensure that the particulate and microbial indicators of chemical water meet the requirements, more stringent requirements are put forward for design, manufacturing, installation and operation. So, what are the key points of the structural design of chemical reverse osmosis pure water treatment equipment components? 1. The quality of each component of the chemical reverse osmosis pure water treatment equipment system does not meet the design requirements. 2. The design of the pipe network system does not meet the actual operation requirements, resulting in 'dirty gas inhalation' in the point pipe network. 3. External pollution caused by damage to the filter element of the respirator of the purified water tank. 4. The dead angle exceeds 3 days, resulting in incomplete cleaning and excessive residue. 5. The lack of cleaning of system components leads to excessive cleaning residues. 6. Red rust caused by pickling and passivation of the pipeline system. 7. Welding corrosion caused by over-oxidation of welding and causing red rust. 8. Red rust phenomenon caused by high circulating water temperature. 9. These two pollutions are caused by the suction of internal organs in the drainage network after the system has been disinfected. 10. Manual operation caused by man-made pollution. In summary, the quality of chemical water is closely related to the design and installation of chemical reverse osmosis pure water treatment equipment components. Therefore, the equipment design, material selection and configuration of environmental protection companies strictly follow relevant specifications.
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