Automatic Ultrafiltration System Water UF Machine For Mineral Water Treatment Plant

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Boiler room and large industrial water treatment facility. blue pumps and valves, and shiny stainless metal pipes.
What is UF?

Solutions can be separated and purified using ultrafiltration (UF), a membrane separation technique. A device for separating solutions, the ultrafiltration membrane system uses pressure differences on both sides of the membrane as its driving force and ultrafiltration membrane wire as the filter medium. The ultrafiltration membrane achieves the purpose of purification or separation by retaining macromolecular substances like suspended solids, colloids, proteins, and microorganisms in solution and only allowing solvents (like water molecules), inorganic salts, and small-molecule organic matter in solution to pass through.

The way that ultrafiltration apparatus functions:

Ultrafiltration is a membrane separation technique that drives the separation process using pressure and uses sieving as the separation principle. The water may be successfully cleansed of particles, colloids, microorganisms, heat sources, and high-molecular organic compounds with a filtration precision of 0.005-0.01μm. It is widely applicable to the concentration, purification, and separation of chemicals. The ultrafiltration method works at ambient temperature and does not involve phase transition. It has good temperature resistance, acid and alkali resistance, and oxidation resistance, making it especially useful for the separation of heat-sensitive compounds. When used in settings below 60°C and with a pH of 2–11, it can be used continuously for an extended period of time.

Ultrafiltration membrane classification:

Based on structural type, ultrafiltration membranes are separated into roll type, hollow fiber type, plate and frame type, nano membrane surface ultrafiltration membrane, tubular type, and other structures.
One of the more developed and sophisticated types of ultrafiltration technology among them is hollow fiber ultrafiltration membrane. The hollow fiber has an inner diameter of 0.3-1.4 mm and an outside diameter of 0.4-2.0 mm. Micropores are all over the hollow fiber's wall. External pressure hollow ultrafiltration membranes are formed by raw water flowing under pressure either inside or outside the hollow fiber.

A dynamic filtration method is ultrafiltration. The concentrated liquid can be used to release the trapped materials without clogging the membrane surface, and it can work nonstop for a considerable amount of time.

Contact Company

Guangzhou Ticktock Water Environmental Technology Co.,Ltd

Guangdong, China

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Ultrafiltration equipment application areas:

Mineral water: Ultrafiltration technology is used to produce mineral water. Based on the water quality analysis report of the mineral water source, the membrane type and pore size will be chosen in the engineering design, and the ultrafiltration design will be created.
Food: Ultrafiltration technology is progressively being used in the manufacturing of dairy products, juice, wine, condiments, and other foods. Examples of this include the separation of colored wines, the clarification and sterilization of fruit juice, and the low molecular weight lactose and protein in milk or whey from water. When compared to conventional methods, the removal of bacteria, proteins, and polysaccharides, as well as other colloidal contaminants, from soy sauce and vinegar demonstrates the benefits of economy, dependability, and quality assurance.
Medicine: Heat-sensitive chemicals must frequently be separated and purified in the manufacturing of medicine and the biochemical industry. Ultrafiltration technology demonstrates its exceptional benefits in this regard. It is extremely appropriate to utilize ultrafiltration to separate and concentrate biologically active molecules (like viruses, enzymes, nucleic acids, unique proteins, etc.) when it comes to medications that are derived from plants and animals (such hormones, alkaloids, etc.). Frequently, the extracts include macromolecules or In many circumstances, solid materials can be removed via ultrafiltration, improving the quality of the final product.
Pure water, ultrapure water: RO pretreatment for preparing ultrapure water from pure water, terminal treatment for both pure and ultrapure water, primary purification of industrial water.
Environmental protection: electrophoretic paint and oil product recovery, advanced treatment of industrial wastewater, urban reclaimed water reuse system.
Fermentation: Filtration and clarity of sugar and xylitol, concentration and refinement of enzymes, separation and refinement of biochemical fermentation broth.

Benefits of ultrafiltration apparatus:

The ultrafiltration membrane elements use goods from well-known membrane manufacturers, guaranteeing that consumers will receive organic membrane elements that are up to date, high-quality, and maintain membrane flux and retention performance.
The system can efficiently achieve material separation, purification, and high-fold concentration. It also produces high-quality products with a high recovery rate.
No phase change occurs during the treatment process, and the material's constituents are not negatively impacted. The separation, purification, and concentration processes are always carried out at a normal temperature, making them particularly appropriate for the treatment of heat-sensitive materials. This effectively prevents the destruction of biologically active substances by high temperatures, preserving them along with their nutrients in the raw material system.
The system uses little energy and has a quick cycle of production. The equipment has lower operating costs than standard process equipment, which can effectively lower production costs and increase the financial benefits to businesses.
The system features a low labor intensity for workers, a compact structure, a high degree of integration, a small footprint, ease of operation, and maintenance.
The site is clean and hygienic, adhering to FDA or GMP production regulations, and the system is composed of sanitary pipe valves.
The control system can be specifically tailored to meet the needs of the user by combining cutting-edge control software, centralized on-site monitoring of critical process operating parameters, preventing manual error, and guaranteeing the system's long-term, stable operation in a number of ways.