Customizable Water Treatment System- UF System

Product Specification

Customizability Water Treatment System - UF System
1 . Descriptions:
 
UF, also known as ultrafiltration, is used to retain colloid-sized particles in water, while allowing water and low molecular weight solutes to pass through the membrane. The mechanism of ultrafiltration refers to the combined effect of mechanical sieving on the membrane surface, membrane pore blocking, and adsorption on the membrane surface and pores, with sieving as the main focus. Substances are selectively separated by the microporous structure of the membrane surface. When the liquid mixture flows through the membrane surface under a certain pressure, small molecule solutes pass through the membrane (called ultrafiltration solution), while large molecules are retained, increasing their concentration in the original liquid (called concentrate). This process effectively separates, concentrates, and purifies large and small molecules.
In applications like wastewater treatment systems and pure water treatment systems, when electrophoretic paint is filtered through an ultrafiltration membrane, high molecular resin molecules and color paste are retained, while water and small molecules pass through the separating membrane. This achieves the effect of purifying electrophoretic paint and removing water, enhancing overall treatment efficiency.
 
2 . Product parameters:

 
3 . Specificities:
 
1. High-efficiency separation: ultrafiltration membrane can effectively retain substances with larger molecular weights, such as proteins, colloids, microorganisms and suspended particles, while allowing water and small molecules to pass through, realizing high-efficiency separation.
 
2. Low Energy Consumption: The ultrafiltration process is usually carried out at low pressure and consumes less energy than other membrane separation technologies such as reverse osmosis.
 
3. No chemical treatment required: Ultrafiltration is a physical separation process that does not require the addition of chemicals, reducing the use of chemicals and treatment costs.
 
4. Easy to operate: The system is highly automated and relatively simple to operate and maintain.
 
5. Strong durability: ultrafiltration membrane has good chemical resistance and mechanical strength, long service life.
 
6. Wide applicability: capable of treating a variety of water sources and a variety of types of pollutants, with strong adaptability.
 
7. High recovery rate: usually able to recover more than 90% of the water, reducing wastewater discharge and saving water resources.
 
4 . Appliance:
 
1. Drinking water treatment: ultrafiltration can effectively remove suspended solids, bacteria and viruses in water, improve water quality, and guarantee the safety of drinking water.
 
2. Industrial wastewater treatment: It is used for the recovery and treatment of industrial wastewater, removing pollutants and realizing water recycling and emission standards.
 
3. Food and beverage industry: In food processing and beverage production, it is used to remove suspended particles, bacteria and microorganisms to ensure product quality and safety.
 
4. Pharmaceutical industry: Used in the clarification, concentration and sterilization of solutions in the production of pharmaceuticals to ensure drug purity and safety.
 
5. Chemical industry:Used in chemical production to separate, purify and concentrate chemical products to improve product quality and productivity.
 
6. Biopharmaceuticals: Used in biopharmaceuticals for protein separation, enzyme concentration and cell culture solution processing, etc.
 
7. Seawater desalination pretreatment: used as a pretreatment step in reverse osmosis seawater desalination system to remove most of the suspended matter and microorganisms, protect reverse osmosis membrane and extend its service life.
 
8. Swimming pool water treatment: used for swimming pool water filtration, removing bacteria and suspended particles, keeping water quality clean.
 
9. Electronic industry: used in semiconductor manufacturing and electronic industry for pure water preparation, removing tiny particles and organic matter to ensure product quality.
 
10. Agricultural irrigation: Used in agricultural irrigation systems to remove suspended solids and microorganisms from water, protect irrigation equipment, and improve the growing environment for crops.