Scope of Application:

1.Ultrafiltration (UF) water purification equipment can be used for drinking water treatment, primarily to remove impurities, colloids, macromolecular organic matter, heavy metal ions, and some bacteria and viruses from water, while retaining calcium and magnesium ions.

2.It can be used for water purification in the production of mountain spring water, beverages, and food processing.

3.It can be used for turbidity removal in liquor, as well as sterilization and clarification of fruit wine, grape wine, and rice wine.

4.It can be used for concentration and purification in the food, fermentation, and dairy industries.

5.It can be used as a pretreatment for reverse osmosis (RO) systems, treating raw water sources such as seawater, surface water, and well water.

6.It can be used for condensate water reuse and pyrogen removal in pharmaceutical water systems.

7.It can be used for wastewater recovery and reuse in water treatment processes.

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Advantage One   High-Quality Filter Elements Low energy consumption, reducing operating costs. Stable effluent water quality and longer service life.
		Advantage Two   Electromagnetic Pulse Scale Inhibition Effectively alters dissolved minerals to prevent salt deposition on membrane elements. Extends the service life of membrane elements.
Advantage Three   Low Maintenance Costs The equipment operates without the need for pressurization, making the system relatively simple to run. Easy to operate; can be controlled by personnel with basic electrical knowledge.

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Parameter Characteristics:

1.Process Parameters: The operating pressure for ultrafiltration is typically between 0.11 and 0.3 MPa. When the temperature is below 60°C, the membrane flux is suitably maintained between 1 and 500 L/m²·h. Factors affecting membrane flux include: influent flow velocity, operating pressure, temperature, influent concentration, and raw water pretreatment.

2.Gentle Processing: The ultrafiltration water purification process is carried out at normal temperature under mild conditions without component damage, making it particularly suitable for the separation, grading, concentration, and enrichment of heat-sensitive substances such as pharmaceuticals, enzymes, and fruit juices.

3.Energy-Efficient and Environmentally Friendly: The ultrafiltration process involves no phase change, requires no heating, has low energy consumption, needs no chemical additives, and produces no pollution, making it an energy-saving and environmentally friendly separation technology.

4.High Separation Efficiency: Ultrafiltration technology has high separation efficiency and is very effective for recovering trace components from dilute solutions and concentrating low-concentration solutions.

5.Simple Operation: The ultrafiltration process uses only pressure as the driving force for membrane separation. Therefore, the separation device is simple, the process flow is short, and it is easy to operate, control, and maintain.

6.Limitations: The ultrafiltration method also has certain limitations; it cannot directly produce dry powder preparations. For protein solutions, it typically achieves concentrations of only 10-50%.
 

When calculating the price of mineral water plant equipment, one cannot simply calculate the price of the ultrafiltration equipment alone. It must be combined with the price of internal washing machines and filling lines used in the production line ，Contact Number for Inquiries:18174741747   0771-3865273

Inquiry Hotline：0771-3865273