UV light energy has short waves and it has the unique function of sterilizing germs by contacting every type of microorganism at a wavelength of 2854mm.

Iron or manganese causes colorization or metallic odor in the water and it can hinder various industrial processes. Removal or such materials can be most effectively done through a contact oxidation filtering method. Using filtering materials (Filox, Ferox, Birm, Metal-ease, Manganese green sand), we can successfully filter them out. In this case, the filtering material promotes a catalyst effect and use of additional oxidants such as air or chloride will help you to process them more effectively.

In general, the ultra pure water refers to water with electrical resistivity in the range of 17㏁/cm to 18㏁/cm and hardly contains any of composite or synthetic materials. Application of the manufacturing equipments should be selectively designed according to the required water quality and the purpose of use. In order to manufacture the ultra pure water suitable for the purpose continuously, efficient operation, repair and maintenance of the equipment should be easily achievable.

Ozone is an allotrope for oxygen with a molecule symbol, O3, a molecule amount of 48 and a weight of 1.7 and has a light blue color. It has an oxidation power next to fluoride and it can very effectively decompose any organic material and eliminate germs, odors, colors as well as BOD and COD. Therefore, it is used for a wide range of water treatment. Ozone dissolves in the water relatively better than oxygen. The hydroxyl radicals (OH0) generated after self-decomposition react very quickly with organic materials. So, there is no odor or color or even any chemical properties remaining after reaction and it does not cause any type of secondary pollution.

The micro filtration system has very similar use to the filtration method for using media from the standpoint of the general concept of filtration. However, in actual application, it has some unique structural differences. When the pollutants contained in the supplied water are stuck or absorbed in the media layer, the device using media discharges them to the outside using a backwash process in order to maintain its original functions. On the other hand, the micro filtration system utilizes the cartridge type of filter that is manufactured from high porosity chemical textile and located inside the vessel. If the amount of pollutants stuck in the filter is saturated as the supplied water moves from the outer area of the filter to the inner area of the filter, the filer should be replaced.