New version | AquaVolta® Hydrogen Booster | Highly concentrated Hydrogen water

Procedure with the H2 Blue Kit® for testing the amount of molecular hydrogen

Testing the amount of molecular hydrogen with the H2 Blue Kit is done immediately after production. For that you carefully fill a 6 ml measuring cup with test-water and add one drop of the blue measuring liquid.
Each drop that discolours means 0,1 ppm (=100 ppb) of dissolved hydrogen gas. If a drop does not discolour on its own, yo can stir gently.

If the liquid then does not discolour does the last drop added to the water not count. Water under normal atmospheric pressure can contain up to 1,6 ppm hydrogen gas (full saturation). With the AquaVolta® Hydrogen Booster you can also produce over-saturated water with more than 6 ppm.
Yet this falls back to full saturation after a few minutes when this water comes into contact with the normal atmosphere.
Whoever wants a lot of hydrogen, has to drink quickly.


Measurement | Hydrogen content | with the H2 Blue Kit ®

  1. In the picture (centre) you see the normal container of the AquaVolta® Hydrogen Booster, which was filled with 0,2 l tap water (Munich) and 10 drops of the Reagent H2 Blue Kit ® were added.
  2. After operating 25 seconds, the solution discoloured and indicated the amount of dissolved hydrogen.
  3. In the operating level,(LED shines green), after 7 minutes the AquaVolta® Hydrogen Booster reached 1,7 ppm with the same tap water.
    This equates to an over saturation of 0,1 ppm.


1 drop of the H2 Blue Kit® is internationally valid as proof for 100 ppb (0,1 ppm) dissolved hydrogen in water.



About Yasin Akgün

Yasin Akgün, German of Turkish descent, was born in Munich on the 22 May 1977. After completing his European Baccalaureate he continued with his degree on engineering at Munich’s TUM University. Since 2006 he is the shop owner of the “Wasserstelle München” (Water Point Munich), which was established in the inner courtyard of Fraunhoferstreet 13 in 1987. Since 2009 the main point is alkaline ionized hydrogenous water produced with water ionizers. (Water-electrolysis device). >More about Yasin Akgün

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