Water treatment is one of the most important applications of ion-exchange resin.
The increasing demands on water quality make ion exchange resin and related application technology more and more complicated.
With modern counter-current processes such as mobile beds, beds, and the invention and development of bed and bed, Bayer has been in the leading position for decades.
This position is being enhanced by the successful introduction and marketing of the first completely monodisperse product, Lewatit Monoplus ion exchange resin.
The use of monodisperse resin has an advantage in almost all water treatment projects.
Industrial water treatment of power generation and chemical production processes such as chemical refineries require a large amount of purified water treated.
Treated water can protect technical equipment such as turbines, steam boilers and pipes that are not corroded.
Industrial water treatment is a huge area including: softening, dealkali, coagulation and demineralization.
Drinking water is a very important part of the food and household industry.
Legal requirements for water quality, such as the requirement for drinking water quality, are often achieved only through ion exchange resin.
In daily life, softening water can prevent fouling of sanitary equipment and make drinking water taste better.
The most important factor in drinking water treatment is the removal of alkali, softening and nitrogen removal.
Bayer's resin can provide these applications.
Ultra-pure water treatment of electronic industry (e.g., semiconductor manufacturing) and the pharmaceutical industry require ultra-pure water.
Due to the stringent requirements for conductivity and TOC release, only carefully cleaned and processed ion-exchange resin can be used to treat ultra-pure water.
Bayer has developed the resin, which is called UltraPure, which can meet these stringent requirements.