Providing perfect filtration without changing the chemical structure and pH value of the water has brought the Ultrafiltration (UF) technique to an important place among filtration systems. With the Ultrafiltration modules with a pore diameter of 0.02 microns, 99-100% bacteria and virus removal, 99-100% particle removal, 25-50% organic matter removal are provided without the need for any continuous dosing chemicals. With Ultrafiltration Modules, the flux value of which is adjusted depending on the turbidity value of the inlet water; a turbidity value of < 0.1 NTU is reached at the output.

Ultrafiltration Systems; The system consists of feeding pump, coarse screen, ultrafiltration modules, PLC automation panel, backwash pumps and chemical disinfection sections.

The water to be treated, which is taken from your raw water tank with the raw water feeding pump, is sieved into a <300 micron coarse sieve and fed to the Ultrafiltration Modules with the collector. The filtered water, which is taken from the module outputs with the collector, is given to the treated water tank. In Kets Ultrafiltration systems, fully automatic backwashing is done without human touch with the PLC automation equipment on the system and the pollution accumulated on the system is thrown out. While filtration with fibers from the inside to the outside continues in this way, the backwash system is activated when the signal of clogging in the filters is received from the existing differential pressure sensor on the system.
The treated water taken from the treated water tank by backwash pumps performs backwash on the modules and ensures that the accumulation of pollution on the modules is removed. Chemical disinfection is applied in the system in the periods to be determined depending on the raw water analysis parameters. Chlorine-based, acid-based and caustic-based chemicals are used for chemical disinfection.

With Ultrafiltration Systems;

• 99 – 100% bacteria and virus removal,
• 99 – 100% particle removal,
• 25 – 50% organic matter removal,
• Turbidity < 0.1 NTU and filtration up to 0.02 microns are provided.

Our Ultrafiltration Systems;
Thanks to its Backwash feature, it provides efficient treatment with high tolerance against pollutants in the feed water.
It provides efficient production with the highest membrane surface compared to the channel size and less floor area.
It provides low operating costs thanks to its low pressure working potential.
Thanks to its compact design, it requires little space.
Thanks to its modular design, it provides easy capacity increase if necessary.
It is long-lasting and does not require frequent cartridge replacement.
It provides ease of assembly and disassembly.
It provides uninterrupted service with its experienced technical service team after assembly.
Thanks to the rigid filtration barrier, full filtration is performed regardless of the variable feed water characteristics.
It throws little water only during backwashing.

Our Ultrafiltration Systems;
In Natural Spring Water Companies, since it does not affect the hardness and conductivity values of the water and does not damage the chemical structure of the water,
Thanks to the production of sterile water free from bacteria and viruses, in the Food - Beverage Industry,
In Dialysis Centers, as it provides the desired microbial contamination and bacterial endotoxins limit values within the scope of European pharmacopoeia,
In the preparation of City Drinking Water in high-capacity systems thanks to its compact design and small space requirement,
In areas where surface water will be turned into potable water where it can tolerate high turbidity values thanks to its automatic backwash feature,
In Wastewater Recovery Facilities, since chemical disinfection is applied effectively and there is no filter blockage,
In Fish Production Farms that need sterile water thanks to its resistance to salt water,
In order to ensure the smooth operation of reverse osmosis systems and to extend their life, it offers optimum solutions to its customers in Reverse Osmosis System Pre-Treatment, in hotels to prevent diseases caused by legionella bacteria in drinking and utility water.

The biggest problem of single-pore tube-fiber UF technology is fiber breakage.