Demineralization, the process of removing nearly all dissolved salt and mineral ions from water, can prove ideal for facilities requiring ultrapure water for a variety of applications. If you have an overall understanding of demineralization but still have questions regarding the possible advantages of using it at your facility, you might be wondering “what are the properties of demineralized water and how can it benefit your plant?” Below is a breakdown of those properties and a list of common uses so you can determine whether or not this solution might help your facility meet its industrial water quality needs.
What are the properties of demineralized water?
Demineralized water is usually made by using ion exchange, electrode ionization, or membrane filtration technologies, which can be more efficient for creating ultrapure water than processes such as distillation (where water is boiled in a still and condensed, leaving dissolved contaminants behind).
Demineralization by ion exchange, electrode ionization, or membrane filtration can produce water that is nearly 100% free of minerals and salts including (but not limited to):
Alkalinity (CO32-, HCO3–)
Calcium (Ca2+)
Chloride (Cl–)
Iron (Fe3+)
Magnesium (Mg2+)
Manganese (Mn2+)
Nitrate (NO3–)
Potassium (K+)
Silica (SiO2)
Sodium (Na+)
Sulfates (SO42-)
KEMASAN TERSEDIA
- 5 Liter
- 20 Liter
- 200 Liter
- IBC Tank
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