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UF water reuse equipment
Ultrafiltration device is a pressurized membrane separation technology, which allows small molecule solutes and solvents to pass through a specially d
Product details
ultrafiltrationThe UF device is an advanced devicemembrane separationTechnology, solvents and various small solutes contained in the feed liquid permeate through the high-pressure feed liquid sidefilter membraneReaching the low-pressure side to obtain permeate, also known as superfiltrate; itsultrafiltration membraneMicropores can reach up to 0.01 micrometers (one hundred thousandth of a millimeter) or less, effectively removing particles, colloids, bacteria, heat sources, and organic matter from water. Solute molecules larger in size than the membrane pore sizeMembraneRetain as a concentrated solution.
The basic principle is to use an asymmetric microporous structure at room temperature with a certain pressure and flow ratesemipermeable membraneMedium, relying on the pressure difference on both sides of the membrane
Advantages of ultrafiltration equipment for reclaimed water reuse
1. Pre treatment systems designed according to different water quality requirements lay a solid foundation for the entire equipment;
2. A specialized membrane designed for the characteristics of raw water, with a significantly improved recovery rate compared to traditional membranes;
3. Equipped with a fully automatic online monitoring system to constantly protect the equipment and calmly respond to abnormal working conditions;
4. Equipped with a matching cleaning system, the system runs without any worries.
Water quality standards for inlet and outlet of ultrafiltration equipment for reclaimed water reuse
Inlet water quality: Reclaimed water/simply treated wastewater with high COD, SS, hardness, and TDS.
Outlet water quality: meets customer requirements for recycled water quality
Water production rate: 2-50000t/h
Application field of water treatment equipment
Steel, electricity, mining, chemical, pharmaceutical, printing, papermaking, textile, printing and dyeing.
The basic principle is to use an asymmetric microporous structure at room temperature with a certain pressure and flow ratesemipermeable membraneMedium, relying on the pressure difference on both sides of the membrane
As a driving force, filtration is carried out in a cross flow manner to allow solvents and small molecule substances to pass through,Large molecular substancesandparticleSuch as proteins, water-soluble polymers, bacteria, etcfilter membraneA new type of retention for separation, classification, purification, and concentration purposesmembrane separationTechnology.
ultrafiltrationIt belongs to the pressure driven membrane separation process, and the separation range of ultrafiltration membrane is large molecular substances and colloidal properties with a relative molecular weight of 5-1 million, corresponding to particle diameters of 0.005-0.1 μ m; The separation mechanism is generally believed to be mechanical screening of ultrafiltration membrane components, including plate and roll ultrafiltration membranes for water purification.
Compared to separation
Compared to separation
The filtration process is carried out at room temperature, with mild conditions and no component damage, making it particularly suitable for the separation, classification, concentration, and enrichment of heat sensitive substances such as drugs, enzymes, fruit juice, etc.
2. The filtration process does not change, does not require heating, has low energy consumption, does not require the addition of chemical reagents, is pollution-free, and is an energy-saving and environmentally friendly separation technology.
3. Ultrafiltration technologyHigh separation efficiency, fordilute solutionThe recovery of trace components and concentration of low concentration solutions are both very effective.
4. ultrafiltrationThe process only uses pressure asmembrane separationDue to its power, the separation device is simple, the process is short, the operation is easy, and it is easy to control and maintain.
5. Ultrafiltration also has certain limitations as it cannot directly obtain dry powder formulations. For protein solutions, typically only 10-50% concentration can be obtained
Advantages of ultrafiltration equipment for reclaimed water reuse
1. Pre treatment systems designed according to different water quality requirements lay a solid foundation for the entire equipment;
2. A specialized membrane designed for the characteristics of raw water, with a significantly improved recovery rate compared to traditional membranes;
3. Equipped with a fully automatic online monitoring system to constantly protect the equipment and calmly respond to abnormal working conditions;
4. Equipped with a matching cleaning system, the system runs without any worries.
Water quality standards for inlet and outlet of ultrafiltration equipment for reclaimed water reuse
Inlet water quality: Reclaimed water/simply treated wastewater with high COD, SS, hardness, and TDS.
Outlet water quality: meets customer requirements for recycled water quality
Water production rate: 2-50000t/h
Application field of water treatment equipment
Steel, electricity, mining, chemical, pharmaceutical, printing, papermaking, textile, printing and dyeing.
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