Peridot mineral water originates from an 850 meter deep funnel of a limestone
mountain, in a Nature Conservation Area, so we bottle it from a protected
underground water source! This is the only bottled water sold in Hungary with the
recommendation of the Hungarian Red Cross.
The deuterium content of Peridot natural mineral water is 139 ppm.
Peridot has a very low calcium and magnesium content. The inorganic form of these
minerals cannot be absorbed by the human body, and their excretion is difficult,
therefore a part of them collects in the kidneys and on the artery walls causing
calcification. Peridot mainly contains minerals that are excreted from the body when
they are not used and absorbed. Peridot has an ideal mineral content, since it
contains the minerals most essential in our digestive process. Our blood produces
natrium hydrogen carbonate to neutralize digestive acids after the digestion is
finished. Without this neutralization the digestive acids would burn the wall of the
small intestines where the digested food enters on its way from the stomach. Peridot
contains this natrium and hydrogen carbonate, so our body gets them ready-made, it
does not waste energy to produce them. Natrium is also essential in hydrating the
body. Potassium (Kalium) is within the cell, natrium is outside it, if any of these
elements is missing, the cell will be dehydrated or over-hydrated. Natrium should
not be confused with natrium chloride, plain table salt! Natrium plays a role in
hydration, and then it makes a compound with hydrogen carbonate (bicarbonate of
soda), while the residue is excreted from the body. Peridot contains very little of the
minerals that are not excreted, like calcium and magnesium, while it contains in 80
percent the excretable minerals (natrium and hydrogen carbonate).
Mankind has fallen into its own trap by polluting the surface water sources, then
starting to bore deeper and deeper for clean water (rainwater was alkaline once, our
grandmothers used it for washing, now we hear about acidic rains in the media).
This means however, that there is more calcium and magnesium in the water, and
these overload our body in an inorganic form. Peridot plays an important role,
because it is clean and has an ideal mineral content.
How was it discovered, that Peridot natural mineral water has low deuterium
content? A patient undergoing chemotherapy in a Budapest hospital started drinking
the water, and doctors noticed the quick improvement in his health. Peridot was then
tested by the Hungarian Academy of Sciences, where it was proven that the healing
effect may have been caused by its low deuterium content. The same test protocol
stated that Peridot has an above-average content of dissolved oxygen (O2), though its
content was not established, as it requires further tests.
Peridot water has an alkalinity (ability to neutralize acids) of 8.8 mmol/dm3.
Chemical puffer solutions, puffer systems are a solution of a weak acid and alkali,
and a salt created with a strong acid or alkali, which makes a constant level of pH in
a system. There may be mixed salts of acids with more valences. Puffers can absorb a
large quantity of acid or alkali without changing their pH level.
In other words, a puffer is a solution with an exactly known pH value that remains
unchanged, or more correctly, changes very little by dilution, depending on the
capacity of the puffer. The pH level is known to depend on temperature as well.
The puffer capacity can be measured. The capacity of the puffer means the quantity
of a strong acid (e.g. HCL hydrochloric acid) or a strong base (e.g. NaOH caustic
soda) in mol which changes the pH of one litre of puffer by one unit. This value
shows, in other words, the quantity of HCL to decrease, or the quantity of NaOH to
increase the pH of one litre of puffer by one unit.
In our case, the natrium hydrogen carbonat of Peridot is the puffer system. A weak
acid (carbonic acid - H2CO3) and a strong base (natrium hidroxid - NaOH) make up
the system. By putting the two together, we get hydrogen carbonate (HCO3) from
carbonic acid, and natrium from the base, the rest create water. Peridot has a high
puffer capacity because it contains a lot of natrium hydrogen carbonate (NaHO3),
so it needs a lot of acid to push the pH of Peridot towards the acidic range. That
makes Peridot a very good water!
In conclusion,
1)
2)
3)
4)
Peridot has a naturally low deuterium level,
It is naturally alkaline,
It has a high dissolved oxygen content,
Its mineral content is ideal.
These creates a synergic effect at a highly increased rate in Peridot.