I’d like to ask everyone some questions about pure water!

Water is an excellent solvent, capable of dissolving both ionizable electrolytes and non-ionizable nonelectrolytes. Therefore, ordinary water can contain both types of substances simultaneously. Deionized water: As the name suggests, it is water from which all ions resulting from the ionization of electrolytes in water have been removed, with the exception of hydrogen ions and hydroxide ions. That is, to remove the electrolyte substances dissolved in water. Since the ions produced by the ionization of electrolytes in water increase the water’s conductivity, the purity of deionized water is naturally measured by its conductivity. Deionized water is basically produced by ion exchange. However, deionized water can contain non-electrolytes that cannot be ionized, such as ethanol. Pure water: Pure water is water from which all electrolytes and non-electrolytes have been removed; in other words, it is water from which all non-aqueous substances have been removed. It is basically produced using reverse osmosis. Since in reverse osmosis pretreatment, most of the non-electrolytes are first removed using activated carbon, and conductivity is very easy to measure, the purity of pure water is often also determined by conductivity. However, to obtain high-purity water with extremely high purity, mixed-bed and EDI methods that remove electrolytes are still required. Another method for achieving water purity is distillation; the water produced is known as distilled water. This method primarily aims to remove electrolytes and non-electrolytes with a boiling point significantly different from that of water, and it is unable to remove non-electrolytes with a boiling point similar to that of water. The purity of such water is also measured using conductivity.

PAC reducer, steam, scale inhibitor ↓ ↓ ↓ ↓ Pressurized raw water → Fully automatic filter → Intermediate tank → Pressure booster pump → Plate heat exchanger → Safety filter → High-pressure pump → ↓ ↓ → Two-stage RO unit → Deaeration tower → Buffer tank → Intermediate water pump → Mixed-bed reactor → Pure water tank ↑ ↑ Chemical cleaning system, regeneration system

I write things now too; I need some specific metrics. Could you provide some!? time:

Pure water specifications: (for chlor-alkali plants) Parameter, Unit, Value, Remarks. Hardness, μmol/l, ≅0, output from mixed-bed filter; Silicon dioxide, mg/l, ≤0.02, output from mixed-bed filter; Conductivity, μs/cm, ≤5 (at 25°C); pH, 6.5–8.0. Process flow: Production water → Raw water tank → Raw water pump → Raw water heater → Multi-media filter → Activated carbon filter → Safety filter → High-pressure pump → Reverse osmosis unit → Decarboxylation tower → Intermediate water tank → Intermediate water pump → Mixed-bed filter → Desalinated water tank

Pure water, also known as purified water, refers to water that is derived from water meeting the sanitary standards for drinking water. It is produced using methods such as electrodialysis, ion exchange, reverse osmosis, distillation, and other appropriate processing techniques. This water is stored in sealed containers, contains no additives, is colorless and transparent, and can be consumed directly. Space water and distilled water available on the market both belong to the category of pure water. :victory: :victory:

I have sent a document on pure water; please search for it.