DRINKING WATER / RESIDENTIAL WATER
By purifying underground(Raw) water, it can produce clean drinking water or necessary water for daily life.
It passes through a number of detailed filters to remove various foreign substances, viruses, bacteria, organic matter, etc., and produces clean water.
- Understanding the reverse osmosis system
In the early 1950s, based on the principle of natural osmosis membranes in plants, people developed the first artificial reverse osmosis membrane. The artificial reverse osmosis membrane is designed and manufactured as a special thin film using a special material, and it is regularly drilled with very fine holes of 0.0001mm (one millionth of a human hair). and this special membrane removes various chemical contaminants as well as bacteria and viruses.
It can be used for a wide range of applications, mainly in homes, businesses, factories, and medical fields.
INDUSTRIAL WATER
Ultrapure water generally refers to high-purity pure water that has an electrical resistivity of about 10㏁ /cm to 18㏁ /cm, and almost no compounds and synthetic substances exist physically or chemically.
Therefore, the application of ultrapure water manufacturing equipment requires selective design of the system according to the purpose of use and required water quality, and in order to continuously produce ultrapure water suitable for the purpose, operation and maintenance of the device must be easy.
In addition, since the ultrapure water produced by the sophisticated system can cause sensitive changes depending on the surrounding environment and conditions, careful attention is required in its preservation and management. Mainly used for industrial water such as semiconductor industry, ultrasonic cleaning, chemical industry, pharmaceutical industry and medical field, pyrogen (pyrogen), paint industry, plating industry, food processing.
SEA WATER TREATMENT
This system sea water desalination system has the same principle as the R/O system for groundwater and water supply (Osmosis system), but since the salinity of seawater is very high, a high pressure plunger pump and a polymer for seawater( A high rejection membrane) is used.
In general, tap water and groundwater have a total solids concentration of 150ppm to 250ppm, whereas the concentration of total solids in seawater is 34,000ppm to 36,000ppm. It passes through a specially designed high rejection membrane for salt removal (99.4%) to separate drinking water and salt (salt component) and converts it into drinkable drinking water.
At this time, various bacteria and pathogenic bacteria in seawater as well as ionic substances dissolved in water are removed together, and purified drinking water is the same as purified water from groundwater and tap water.
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