The company has developed a dedicated ultrafiltration system specifically for seawater desalination. This system requires no pretreatment and is compatible with various seawater qualities. It also boasts high system recovery rates and excellent product quality, along with advanced process design and a high degree of integration.

Operating Principle of Desalination Ultrafiltration Equipment

Ultrafiltration (abbreviated as "Ultrafiltration") is a physical screening process that uses pressure as a driving force to separate liquids using ultrafiltration membranes of varying pore sizes. In the water treatment field, ultrafiltration technology can remove bacteria, viruses, heat sources, and other colloidal substances from water. It is therefore used to produce ultrapure water for the electronics industry, injectables, various industrial water purification applications, and drinking water purification.

The process flow of ultrafiltration equipment dedicated to seawater desalination: Ultrafiltration utilizes the interception capacity of porous materials to remove impurity particles of a certain size from water by physical interception. Driven by pressure, small substances in the solution, such as water, organic low molecules, and inorganic ions, can reach the other side of the membrane through the micropores on the fiber wall. Large substances in the solution, such as bacteria, colloids, particulate matter, and organic macromolecules, cannot pass through the fiber wall and are retained, thereby achieving the purpose of screening different components in the solution. The process operates at room temperature, has no phase change, and does not produce secondary pollution. Ultrafiltration equipment uses ultrafiltration membrane as its core product to filter water, and the water produced is what we usually call mineral water.

Advantages of ultrafiltration equipment for seawater desalination:

1. Ultrafiltration membrane elements are sourced from renowned membrane companies, ensuring customers receive the highest-quality organic membrane elements currently available, ensuring high retention and flux. 2. The system boasts a high recovery rate and produces high-quality products, enabling efficient separation, purification, and high-volume reduction of materials. 3. The process undergoes no phase change, resulting in no adverse effects on material components. Furthermore, the separation, purification, and concentration processes are maintained at room temperature, making it particularly suitable for processing heat-sensitive materials. This prevents the deterioration of bioactive substances by high temperatures, effectively preserving the bioactive substances and nutrients in the original material system. The system also features low energy consumption and a short production cycle. Compared to traditional process equipment, it offers lower operating costs, effectively reducing production costs and improving enterprise economic efficiency.

The system features advanced process design, a high degree of integration, a compact structure, a small footprint, and is easy to operate and maintain, requiring minimal manual labor. 5. The system is constructed using sanitary-grade pipes and valves, ensuring on-site cleanliness and hygiene, meeting GIP and FDA production standards. 6.7. The control system of the ultrafiltration equipment for seawater desalination can be personalized according to the specific requirements of the user. Combined with advanced control software, it can centrally monitor important process operating parameters on-site to avoid human error and ensure the long-term stable operation of the system in many ways.