You need hydrogen water machine to drink hydrogen water

You need hydrogen water machine to drink hydrogen water

Hydrogen water is water saturated with molecular hydrogen. Today, it is known that such water has a beneficial effect on the whole body, and this is because:

– It is absorbable (has a balanced character)
– It is clean (has low mineralization)
– It has a neutral ph.
– It is completely safe to use
– It is an effective antioxidant – it rinses free radicals

Hydrogen water is also an ideal drink for athletes, such as runners. Why? Numerous studies have proved that hydrogen is effective in the treatment of, among others sports overloads. In addition, hydrogen water favours deacidification of muscles, improves efficiency, and by the way regulates metabolism.

The human body has an extraordinary ability to regenerate. The passage of time, however, makes our skin less elastic, and the first wrinkles appear. Free radicals, i.e. reactive oxygen species, are responsible for the aging of the organism. Hydroxyl radical is particularly dangerous, because it is responsible for about 90% of diseases. The device for the production of hydrogen water saturates the water with hydrogen, and its consumption means cleansing the body of free radicals.

Hydrogen water does not need to be bought in bottles – you just need to get a hydrogen water machine. Its consumption is completely safe, that’s why everyone can drink it, regardless of their age. It is especially recommended for people who care about maintaining health, as well as a youthful appearance for longer.

Process of hydrogen water machine:

The generator produces hydrogen and oxygen via electrolytic dissociation. The water molecule (H2O) is separated into hydrogen gas (H2) and oxygen (O2) according to the stoichiometric reaction 2H2O2H2 + O2. The reaction takes place in a solution of KOH or NaOH (preferred by us). As a result, two hydrogen particles and one oxygen are produced.

The dissociation process begins in the so-called multiclass where both gases initially separate, then pass through the separation tanks, which are filled with two-phase fluid (liquid + gas). The condensate collection tanks are then used to further separate the liquid. For better drying, the gas produced flows through a heat exchanger where it is cooled. As a result, more moisture condenses and the gas becomes drier. In the later part of the process, internal pressure equalization systems are used due to the fact that both gases.

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