Industrial RO System for your drinking or other application, Hinada is the leading manufacturer of water treatment equipment. Please contact us and get quotation for your project.
RO reverse osmosis is relying on the reverse osmosis membrane under enough pressure, make solution by reverse osmosis membrane solvents in pure water, to achieve the goal of removing salt. The pore size of RO reverse osmosis membrane is only nanoscale. Under a certain pressure, H2O molecules can go through the RO membrane, while the inorganic salts, heavy metal ions, organic matter, colloid, bacteria, viruses, and other impurities in the raw water cannot pass RO membrane. Thus, pure water and concentrated water are separated.
|Occupy little space, easy to operate, wide application range;
|operation cost is low, acid and alkali consumption is low, no secondary pollution;
|Reverse osmosis desalting rate ≧ 99%, machine desalting rate ≧ 97%, 100% of organic and bacteria can be removed;
|Finished water under good electronic conductivity, one stage ≦10u s/cm, two stage around 2~3u s/cm, based on raw water ≦ 600 u s/cm;
|High operation automation degree. It is unattended. The machine will automatically stop in case of no water. Timed flushing of front filtering materials by automatic controller. Automatic flushing of reverse osmosis film by Integrated circuit system. Online display of raw water and pure water electronic conductivity;
|Main parts use import brands, some parts use domestic well-known brands.
RO system requires very less energy for its working.
It requires very low maintenance.
The RO system uses an automated technique called cross-flow to clean its clogged membrane.
RO system, when used in water filters, eliminates 98% of the impurities from tap water.
The water produced by RO technology, when supplied to a gas turbine, improves operating efficiency, and increases output by more than 10%.
RO systems are cost-effective, and their price is continually decreasing.
RO systems do not make use of harmful chemicals, hence are used in many power plants.
Treatment Process: Collection pond——–Anaerobic Tank———Dosing System———-DAF Machine————Aerobic Tank———-MBR System——–UF Filtration——–Nano Filtration———-RO System.