4
Water is a super solvent for electrically polar
substances, but not for the non-polar
hydrogen gas H
2
. CO
2
dissolves much
better, but is also x22 as heavy.
To produce more enriched hydrogen water, you have to proceed in a similar way as we know it
from soda fizzy drinks. You take 100% H-gas
2
and increase the pressure on the water. To build up
a hydrogen concentration of mg/l3 at a temperature of C30
O
, for example, experience shows that
you need at least bar2 pressure and a certain time, which also depends on which other minerals,
trace elements and gases are already dissolved in the water to be enriched. With higher pressure,
the process is faster.
Another trick for acceleration is to increase the contact area between water
and gas. This is usually achieved by injection nozzles or swirl mechanics and
accelerates the enrichment process 4 - 7 times.
The whole process is subject to the so-called "Henry's law". According to this law, the gases
equalise according to a fixed constant between the gas outside the water and the dissolved gas
until a corresponding equilibrium occurs. The purer the hydrogen gas, the faster it happens. How
fast it ultimately goes, however, also depends on the type of water and its temperature.
???
How do you get hydrogen gas into the
water?
100% H
2
Gas
(mg/l)
0
o
C
10
o
C
20
o
C
25
o
C
30
o
C
40
o
C
50
o
C
60
o
C
70
o
C
CO
2
3149 2295 1702 1487 1272 956
715
523
366
H
2
1,9
1,8
1,7
1,6
1,5
1,4
1,3
1,1
0,9
Summary of Contents for Monmi-Tec HIM 3.0 ppm
Page 11: ...11 Nameplate Rear wall mounting...
Page 23: ...22 Setting the time...
