| Certification: | ISO9001, CE, ISO 9001/CE |
|---|---|
| Salt Rejection Rate: | 98.0% |
| Application: | Drinking Water UF Plant, Industry |
| Capacity: | 4tph, 4t |
| Rack Material: | SUS/Carbon Steel(Optional ) |
| Warranty: | 1year |
| Customization: |
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Like RO, NF, and MF, UF is a pressure-driven membrane separation technology. Ultrafiltration is mainly used to separate macromolecular compounds (proteins, nucleic acid polymers, starch, natural gum, enzymes, etc.), colloidal dispersions (clay, pigments, mineral materials, pore liquid particles, microorganisms), emulsions ( grease-detergents and oil-water emulsions). The use of solutes can achieve the concentration, separation, purification and purification of certain solutions containing various small molecular weight soluble solutes and macromolecular substances (such as proteins, enzymes, viruses). The operating static pressure difference is generally 0.1-0.5MPa, and the diameter of the separated component is about 0.01-0.1μm, which is equivalent to the resolution limit of an optical microscope. Generally, it is a macromolecule and colloidal particle with a molecular weight greater than 500-1,000,000. The osmotic pressure of the liquid is very small and can be ignored. The membrane used is usually an asymmetric membrane, the membrane pore size is 10-10μm, the thickness of the effective interception layer on the membrane surface is small (0.1-10μm), and the operating pressure is generally 0.2-0.4MPa (2- 4kg/cm), the permeation rate of the membrane is 0.5-5m/(m·d).
In short, ultrafiltration has a good effect on removing particles, colloids, bacteria, pyrogens and various organic substances in water, but it can hardly retain inorganic ions.
How does Ultrafiltration Water Treatment System work?
Ultrafiltration, also known as UF system, is used to retain colloid-sized particles in water while allowing water and low molecular weight solutes to pass through a membrane. The mechanism of ultrafiltration refers to the comprehensive effect of mechanical sieving on the membrane surface, membrane pore blocking and adsorption on the membrane surface and membrane pores, mainly sieving.
Technical Specifications of Ultrafiltration Water Treatment System
|
UF System |
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|
Model |
JFUF-4000L |
|
Host Size |
can be customized |
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Operating Pressure |
0.1-0.3MPa |
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Recovery Rate |
85% |
|
Rack Material |
SUS304/Carbon Steel (Optional) |
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Pipe Material |
U-PVC/ Stainless steel (Optional) |
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Ultra-filtration Membrane |
PVC/PAN/PVDF (Optional) |
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Raw Water Pump |
CNP/NYP |
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Tank Material |
SS/FRP(Optional) |
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Outlet Flow |
4000L/h |
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Power Supply |
220V /380V/460V - 50Hz/60Hz,220V 50Hz can be customized |
Ultrafiltration is one of membrane separation techniques driven by pressure. For the purpose of separating large and small molecules, the pore size of the membrane is between 20-1000A°. Hollow fiber ultrafilter (membrane) has the advantages of high filling density per unit container and small footprint.
Ultrafiltration is a pressurized membrane separation technology, that is, under a certain pressure, the small molecules of solute and solvent through a specific aperture of the membrane, while the large molecules of solute can not penetrate, left on one side of the membrane, so that the macromolecular material has been partially purified. Ultrafiltration is one of membrane separation techniques driven by pressure. For the purpose of separating large and small molecules.
Flow chart of Ultrafiltration Water Treatment System
Raw water + original water tank + original water pump + sand filter + carbon filter + security filter + UF system + pure water tank + UV sterilizer (ozone generation)+ precision filter + water supply point
https://xajufu.en.made-in-china.com/Solutions/
Ultrafiltration Water Treatment System steps:
1. Sand filter: use 0.5-1 mm sand medium. The filter can be as small as 200 microns in size. Some large suspended solids such as suspended solids, rust, mud, impurities, etc. can be trapped by the medium bed. And removed from the water. steps
2, activated carbon filter: can absorb some organic matter, dissolved air, smell and color substances. steps
3, softener (optional): the use of cation exchange resin to remove calcium, magnesium and other soft water.
4, micron filter: use 5-20 micron precipitate cartridge filter/bag filter, remove the suspended solid through the pretreatment. So the RO entrance is more secure.
5. Ultrafiltration system (ultrafiltration membrane intercepts most ions. Demineralization/desalination, etc. The output will be pure water.
6, ultraviolet sterilizer (ozone generator): used to kill bacteria in water, safe to drink.
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