Why can t you drink ultrapure water, can you drink ultrapure water

Acidic water is not ultrapure water, and ultrapure water is never acidic (unless you say "ultrapure water" is not what we usually call "ultrapure water" in chemistry, but is a beverage manufacturer's propaganda).

You have mixed with acidic substances, such as: the container has not been cleaned beforehand, or the production process has been mixed with contaminants, and the effluent of the ultrapure water maker is not qualified.

Ultrapure water can be drunk, but it does not contain the minerals and trace elements required by the human body, that is, water that removes almost all atoms except oxygen and hydrogen, and has no nutritional value.

Ultrapure water is water produced by distillation, deionization, reverse osmosis technology or other appropriate supercritical fine technology for the development of ultra-pure materials (semiconductor original materials, nano-fine ceramic materials, etc.), and its resistivity is greater than 18m*cm, or close to the limit value (25). To put it simply, it is water that has almost all atoms removed except oxygen and hydrogen.

This kind of water is difficult to achieve in the general process, theoretically the secondary reverse osmosis can be used to treat the secondary reverse osmosis water through the series of mixed exchange resin columns, but the regeneration of the exchange resin is inconvenient, and the quality is difficult to guarantee.

Ultrapure water cannot be drunk. First of all, we should be clear that the water that we usually drink can generally be divided into two types, one is the water flowing in the rivers and lakes on the surface, and the other is the groundwater pumped up from the ground and filtered. They have a common feature, that is, in addition to the water itself, they also contain some trace elements and microorganisms, so our drinking water cannot be regarded as water in the absolute sense.

After all, the structure of our human body is very special, as we all know, in addition to water, human cells also contain a large number of mineral ions, if we drink ultrapure water directly, it will lead to an imbalance in the osmotic pressure of cells in the human body. It's like putting a deep-sea fish into a freshwater area, and the fish will swell to death because they don't adapt to the environment, which shows how dangerous it is for us to drink ultrapure water.

At present, ultrapure water is mainly used in laboratories and is a good chemical process water, but also for cleaning high-voltage transformers.

The concept of ultrapure water appeared in industrial water, which has a resistance of 18m cm (25-year-old bond). It is commonly used in the integrated circuit industry for cleaning semiconductor raw materials and equipment, photoresist mask preparation, and silicon wafer oxidation water vapor sources. In addition, ultrapure water is used in the manufacture of other solid-state electronics, thick film circuits, thin film circuits, printed circuits, and vacuum tubes.

Apart from water molecules (H2O), there are hardly any impurities, bacteria, viruses, chlorinated dioxins, and other organic matter in the water.

Of course, the human body does not need minerals or trace elements. In general, it is not directly consumed, which is harmful to the body and will release a large number of ions in the body. Ultrapure water, also known as UP water, refers to water with a resistance of 18m*cm (25).

This water has few impurities other than water molecules, bacteria, viruses, chlorinated dioxins, and other organic substances. Of course, there are no trace elements in the human body, and almost all atoms, except for oxygen and hydrogen, have been removed. Ultrapure water is not recommended to drink, because ultrapure water is almost 100% water, there are no ions, salts and other impurities, and there are no minerals in this water.

Minerals such as potassium, magnesium, calcium, iron, etc., are essential nutrients for the human body, and humans mainly obtain these nutrients from food.

In short, ultrapure water does not contain oxygen or hydrogen atoms. If you drink it, not only will the necessary trace elements not be brought into the body, but the trace elements will be deprived of it, which is not good for the human body. Our ordinary purified water is water that has been removed from impurities, viruses and bacteria and is rich in trace elements and minerals.

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Ultrapure water is a kind of water that completely removes the dielectric of the water, and removes the colloidal substances and gases in the water to a low level.

Ultrapure water is a very clean water, there are no elements in it, just a simple kind of late tung water. Because of the lack of minerals and some trace elements in this water, drinking it will affect the normal operation of the body, and cannot supplement the human body with sufficient nutrients.

The meaning of ultra-pure and quiet water is that the water that has been refined, there are no impurities such as Qiqi Liyou Yuzi in it, because drinking this water will not replenish minerals, and drinking too much is not good for the human body.

To put it simply, ultrapure water is water in which no atoms exist except for oxygen atoms and hydrogen atoms. If we drink it, not only will it not bring the trace elements needed by the human body, but it will take away the trace elements in our bodyNot good for the human body. Our usual pure water refers to the water that removes impurities, viruses and bacteria from the water, and the water is also rich in trace elements and minerals.

Ultrapure water, also known as up water, refers to water with a resistivity of 18 m*cm (25). In addition to water molecules, there are almost no impurities, no bacteria, viruses, chlorine-containing dioxins and other organic substances, and of course, there are no minerals and trace elements required by the human body, that is, water that almost removes all atoms except oxygen and hydrogen.

At present, ultrapure water is mainly used in the industrial field and the pharmaceutical field, and ultrapure water will be used in the semiconductor, electronics industry, pharmaceutical industry, and optical field.

Why is there the illusion that ultrapure water can be drunk:

Because many people's concept of ultrapure water stays in: it is just higher than the conductivity of ordinary drinking water, and there is no difference in other things. In fact, the water we usually drink is called pure water in the field of water treatment, which is generally purified by tap water plus reverse osmosis membrane filtration, while ultrapure water also uses ion exchange.

The so-called pure water refers to the water obtained by using modern technology, distillation, ion exchange, electrodialysis and reverse osmosis to carry out deep processing of tap water to remove harmful impurities, bacteria, minerals, organic matter, etc. Its main characteristic is that it is pure and contains no ingredients other than water. Drinking pure water has certain benefits for the body.

However, if you drink pure water as your main drinking water regularly, it is not good.

At present, the pure water sold on the market, although the impurities are removed, but at the same time, the trace elements needed by the human body, such as magnesium, zinc, iron, iodine, selenium, etc., are removed together with some inorganic salts. If you drink pure water for a long time, the intake of trace elements will inevitably be greatly reduced.

In addition, pure water also has a strong ability to dissolve various trace elements, compounds and various nutrients, and these substances in the body will be quickly dissolved by pure water and excreted from the body, resulting in the loss of nutrients.

Of course, in a specific environment, such as when traveling, it is okay to drink pure water occasionally, but if you drink pure water for a long time, it can lead to the loss of trace elements in the human body and even cause diseases.

Will long-term drinking of water purifier cause nutrition to be uncool?