Nano ceramic flat ultrafiltration membrane

The company's nano coating technology and its developed nano ceramic flat ultrafiltration membrane (CFM) are widely used in the water treatment industry. Introduction to the company's nano ceramic flat ultrafiltration membrane (CFM) technology. CFM can effectively filter and remove organic matter, suspended solids, toxic and harmful substances (such as radium, arsenic), microorganisms, algae, and oils. At present, CFM is widely used in the treatment of drinking water and sewage projects, especially in the field of surface and groundwater treatment, and our company has achieved remarkable performance. For CFM, the main market is in the field of water supply and sewage treatment, especially in the field of water reuse. The target markets of CFM include petrochemical, mining, chemical, pharmaceutical, nuclear power, steel, seawater desalination and other industries. The wastewater generated by these industries often has characteristics such as oil content, radioactive elements, high organic matter concentration, high total dissolved solids (TDS) content, and high temperature, which make it difficult for general polymer membranes to be widely used in these fields. Practice has proven that the CFM treatment process is far superior to other filtration processes (such as sand filtration and polymer membrane filtration), particularly in terms of membrane flux, strength, lifespan, and operating costs. The ultrafiltration membrane membrane element membrane tower CFM system combines the advantages of its inorganic asymmetric structure and submerged flat membrane. This advanced design gives ceramic flat membranes a dual advantage in terms of technology and economy, enabling them to be widely applied in different water treatment fields. Based on the characteristics of ceramic flat membranes, ItN has developed a filtration and adsorption process that can effectively filter and remove substances such as radium, arsenic, cadmium, and lead from water. For example, arsenic removal process（ Cer@Senic ®） Can provide a complete solution for small to medium-sized communities or large water plants. The pretreatment process converts soluble pollutants into particulate matter, which can be filtered and removed by the CFM system. During the filtration process, a mud cake layer will form on the surface of the membrane. Backwashing at regular intervals can ensure that the membrane flux remains stable. The pH of residual sludge containing salt is neutral, and due to its insoluble nature, it can be easily separated from water. Cer@Sorp ® The process is specifically designed to remove radium from groundwater. and Cer@Senic ® Similarly, when hydrated manganese oxide is added to water, it reacts with soluble radium and converts it into particulate matter. In the Saudi Arabian groundwater radium removal project, the CFM system can achieve a radium removal rate of 95-97%. CFM system main process flow chart CFM product features cutting-edge technology; Combining the durability of sand filtration with the filtration effect of polymer membranes, while resisting chemical agents, pressure changes, and temperature changes; High throughput; Low drug consumption, low operating costs; Small transmembrane pressure difference and low energy consumption; Easy to backwash; High recovery rate; Maintain high throughput and processing capability through intelligent cleaning and backwashing programs. The CFM series products have developed a complete set of CFM series products to choose from according to different project conditions and requirements: CFM application for the reuse of cooling tower wastewater in the energy industry - RO pretreatment of desulfurization wastewater * - pretreatment of oil and gas industry wastewater reuse - RO pretreatment of printing wastewater reuse - RO pretreatment of coal chemical wastewater reuse - RO pretreatment of steel industry wastewater reuse - RO pretreatment of electronic industry wastewater reuse