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In the process, the gray water is pre-disinfected with chlorine dosage and a basket grid is used to keep the coarse particles. The water, whose physical pollution is removed in the basket screen, is stored and transferred to the bag filter with a stainless steel body in order to provide pre-filtration through the system feeding booster. The water, filtered with 100 micron precision with bag filters, was passed through a multi-layer sand filter with an FRP body with an hourly filtering capacity of 2.6 m3. After the sand filter, filtration was carried out for the purpose of removing odor and organic matter with 2 serial connected FRP body activated carbon filters. The filtered water is stored to be fed to the backwash and ultrafiltration system. Gray water with a capacity of 2.1 m3 per hour is passed through the package ultrafiltration system, providing sensitive filtration of water with intense and variable physical pollution load. The product water of the ultrafiltration system was taken to the product water tank by taking the disinfection measure with chlorine dosage. In this way, gray water in student dormitories was purified and made suitable for garden irrigation water and landscaping use.
