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Hydrogen Water Generator Bottle Review - How Does It Work？
1. During electrolysis, hydrogen is made separately and dissolved into water under pressure by closing the lid of the cup to form several clusters of water. At this time, the shape of the cluster of water will become larger. The hydrogen molecules will always form several small bubbles and exist among the water molecules. As time goes on, the hydrogen formed under this condition will easily be released into the air when it polymerizes into large bubbles. At this time, the hydrogen content of hydrogen rich water will be greatly reduced, Therefore, the hydrogen rich water formed by electrolysis of the hydrogen rich water cup needs to be drunk immediately.
2. Another kind of hydrogen rich water cup is divided into two poles of electrolysis. After the separation of H+and O2 generated by the anode, H+transmits the ionic potential and generates H2. The water in the cup is electrolyzed into the smallest unit of small molecule water, making it become pentagonal water or hexagonal water. At the same time, hydrogen attaches to each corner and combines to form a hydrogen rich water. Hydrogen that is not combined with the water molecular structure will converge into bubbles and release into the air. Retention time of dissolved hydrogen: under normal condition of 15 ℃, 80~90% will be retained after 12 hours, 60~80% after 24 hours, and the maximum retention time will be more than 72 hours.
Hydrogen rich water is small molecule water, alkaline water and hydrogen rich water. Small molecule water can be easily absorbed and accelerate cell metabolism; Alkaline water has obvious effect on improving individual body environment; Hydrogen has long been ignored by the biological and medical circles. Scientific research in recent years, especially in Japan, the United States and other basic medical fields, has proved that hydrogen is a molecule with important pharmacological effects. Considering that human intestinal bacteria can produce a certain amount of hydrogen, hydrogen itself is an endogenous active substance in the body.
Water containing hydrogen molecules can easily penetrate human tissue cells and meridians and bones. Hydrogen has a reductive effect, giving electrons to the stolen material, and restoring it to its original good state. Our body obtains energy through hydrogen, which supplies electrons to mitochondria that produce energy in cells, and produces human energy called ATP. Therefore, the proteins, fats and sleeping compounds that make up our bodies all contain hydrogen molecules; The authority of biological science shows that if we do not have the reduction of hydrogen molecules in our body, cells will quickly age and die. This nature of hydrogen can reduce the malignant active oxygen hydroxyl free radical produced in human body, generate completely pollution-free pure water, and play a role in protecting our human cells.
More than 600 hydrogen molecular medical papers have been published in the world's authoritative medical journals, including more than 280 in China, 232 in Japan, and 121 in the United States; By the end of 2015, 58 research projects on the biological effects of hydrogen molecule had been or won the "National Natural Science Foundation of China"; More than 100 kinds of animal and human diseases are studied in various research institutions around the world.
At present, the manufacturing technologies on the market generally include hydrogen production by electrolysis and hydrogen production by chemical reaction. Electrolytic hydrogen production can be divided into strong electrolysis hydrogen production and weak electrolysis hydrogen production. Both of them adopt DC electrolysis technology, which uses platinum (or ruthenium iridium coating) and other precious metals as electrode materials, and conducts strong electrolysis of water to produce hydrogen with DC.
The strong electrolysis hydrogen production technology had appeared in the 19th century, and it was not until the 1960s that Japan developed an electrolytic water machine using this technology and achieved success in the market. At present, this technology is mainly applied to electrolytic water machine products. Due to the use of precious metal electrodes and circuit boards for control, the manufacturing cost is relatively high, resulting in higher product prices. However, ozone, hydrogen peroxide, residual chlorine and other by-products are easily produced in the process of strong electrolysis of water, so there is odor.
Weak current hydrogen production technology is widely used in hydrogen rich water cups in the market at present. This technology uses high-frequency oscillation technology and uses lithium batteries of no more than 7.4V for power supply. The hydrogen production volume is relatively small, but this technology also requires high performance and stability of the chip. If the circuit is unstable, the water will also have peculiar smell.
At present, the new complete weak current hydrogen production technology is only in the hands of a few companies. The Golmud hydrogen rich cup has made comprehensive technological breakthroughs in chip, electrode, ionic membrane, adsorption technology, circuit control and other aspects. It does not produce odor and has high hydrogen content, which is greatly improved compared with the Japanese hydrogen rich water electrolysis technology.
Chemical reaction hydrogen production technology has also made some progress. At the beginning, it used mineral materials or active metals to electrolyze with water to produce hydrogen. Dr. Lin Xiuguang of Japan was the inventor of hydrogen rod, but at that time, because of less clinical application of hydrogen, the market was not popular.
Qinhuang tells you how important it is to separate 100% hydrogen and oxygen from hydrogen rich oxygen
Among the hydrogen separation and maintenance products, the hydrogen rich cup is the most popular type in the market, with diversified brands and poor product quality, resulting in many problems, such as residual chlorine ozone, leakage and hydrogen concentration.
It is reported that many hydrogen rich cups of some brands will produce peculiar smell after a period of time. Is it because there is something wrong with the electrolytic cup and it can't be drunk
The answer to "peculiar smell" is the problem of ozone and residual chlorine, which is also the most common problem of hydrogen rich cups.
These ingredients not only affect the sense of chlorine, but also belong to toxic substances. Although the concentration factor needs to be considered for the toxicity to chlorine, there are also potential health and safety hazards. Therefore, other chlorine and ozone problems must be paid attention to.
As the saying goes, "The tree has roots while the tree is active", everything has a reason. The premise to solve is to find the cause of the problem first.
Reasons of residual chlorine ozone producing chlorine
In the electrolysis process, the cathode provides a strong reduction to form hydrogen ions, which can be combined with hydrogen ions to produce hydrogen ions, and two hydrogen ions can be combined to form hydrogen ions. The strong oxidation action of positive electrode electrolysis is mainly to separate hydrogen radicals into oxygen radicals, combine two oxygen radicals into oxygen radicals, and combine oxygen radicals with oxygen radicals to form ozone.
If chlorine ions are contained in chlorine, the strong oxidation of electrolysis can oxidize chlorine ions into chlorine ions, and chlorine ions dissolved in chlorine will become hypochlorite.
The basic principle of the electrolytic cup is to rely on electrolysis to produce hydrogen. Because the electrolytic cup generally adopts a lower voltage, and the chlorine in the electrolytic cup is relatively low, the amount of hypochlorite and ozone produced is mainly affected by the quality of chlorine.
Harm of residual chlorine ozone to water body
Residual chlorine represents the bactericidal ability of water, and the fundamental reason for keeping a certain amount of residual chlorine in tap water is to ensure that the number of microorganisms in the water does not exceed the standard. According to the national tap water standard, only the residual chlorine content in tap water shall be greater than or equal to 0.5 mg/l. It indicates that the increase of residual chlorine in water is uncontrollable.
However, this does not mean that residual chlorine will not cause health hazards. Residual chlorine, a strong oxidant, such as hypochlorite, can react with carbonic acid to produce strong carcinogens, such as chloroform. If long-term ingestion of residual chlorine at low concentration may also cause health hazards.
Qinhuang hydrogen rich cup has both design and safety quality
There are two basic methods to solve the problem of residual chlorine in ozone.
Qinhuang is rich in hydrogen, and the first species is collected. Li Benben specially processes DuPont 117 membrane, and the space quantum technology is used for electrolysis. Only a small amount of hydrogen ions are allowed to carry through, which can 100% avoid the production of ozone and residual chlorine without changing the original quality.
