In the industrial field, we often use industrial dehumidifiers, industrial, pure water machines, industrial cleaners, etc., which are very important in industrial operations. The following is a detailed presentation of how industrial super-purified water systems work, which will provide a deeper insight into the situation。
H ion or oh root ion enters water to form h2o. Beds are also referred to as double-beds, which are co-connected with a pair of ion exchangers that are lumbered with a yang and two different ion, such as a strong acid positive ion exchange for resin and a strong alkaline anion exchange for a resin string. The water first passes through the bed and removes the ion with a positive charge and replaces the h+ ion with the water; then removes the negative ion from the water and replaces the oh-ion with the water. At the same time, h+ ion and oh-ion combine to form a water h2o, thus achieving deionation。
In the same exchanger, cyanide and ion exchange resins are filled at a certain volume ratio, and in a state of even mixing, the cyanide and ion are exchanged so as to remove the salt from the water, known as the salinization of mixed beds. During the exchange process, the cosmopolitan and ion exchange resins of mixed beds can be considered as multi-stage double beds of a large number of yin and ion exchange resins, which are equivalent to 1000-2000 stages, because they are evenly mixed and staggered。
The principle of ion exchange is that when water is exchanged for resin through the anion, the anion in the water is adsorbed by the anion in exchange for resin, and the exchangeable anion in the resin, such as h ion, is replaced in the water and combined with the anion in the water into corresponding inorganic acids, such as super-purified water, which is adsorbed by the anion in exchange for the resin layer at the next stage. The exchangeable anion on the resin, such as the oh ion, is replaced in water and is combined with the h ion in water, i. E. Super-purified water。
This includes uv microbicide, terminal membrane filtering and ultrafiltration. Ultraviolet bacteria kill by altering the structure of the nucleic acid itself as a result of its nucleic acid absorbing the energy of ultraviolet light. The strongest spectra wavelength of the fungi is 2,600 ethyl. Membrane filters remove particles larger than 0. 2 μm in diameter, but are less effective for the removal of organic matter than reverse osmosis and superfilteration. Superfiltration is the separation of selective molecules。
And that's what industrial super-purified water machines do. Industrial super-purified water machines can remove water from the water at a high level of precision, making contaminated sewage clean and of high quality. It is hoped that this will help consumers better understand how industrial super-purified water machines work。
