Commercial
and Household
Water Ionizers
Which Produce Reduced (Cathodic)
Water
Containing the Negative Hydrogen
Ion (Hydride Ion)
Background Note:
If you need additional background
information on the occurrence of the negative hydrogen ion (H-minus
ion)
in nature, in living beings and in nutrition, then please first go to
the Negative
Hydrogen Ion Main Page on this (Negative
Hydrogen Ion) website. Anyone
consuming a significant quantity
of fresh and raw plant or animal food of high quality and freshness
will
automatically ingest a generous amount of H-minus ions.
Unfortunately,
incidence of H- in its primary form as well as the more complex
biological
compounds (functional hydrides, etc.) which can carry it (NADH, certain
vitamins, etc.) is drastically reduced by heating,
processing, milling,
prolonged exposure to air or prolonged storage.
Additionally,
anyone consuming relatively
fresh, and unheated and untreated (and unfiltered) water from any of
the
following sources may also consume a significant amount of H- ions in
the
primary form: - high-latitude
glacial runoff streams
- high-altitude
mountain wells and springs
- some
deep wells in
relatively stable geological
formations
- some
sources of
moving water in open air (some
rivers, mountain creeks, etc.)
Intentional Supplementation
Some
people
deliberately ingest the H-ion
in various forms as a nutritional supplement for the health benefits,
primarily
its advantages as a primal antioxidant or primeval antioxidant, and one
with extremely low molecular weight and size, allowing it access to
many
and varied tissues and levels of biochemical activity.
Perhaps
the most
common
supplemental source
of supplemental H- for the past 50 years in Japan and past 20 years in
the USA has been so-called "alkaline ionized water" or
"microwater" from kitchen countertop water ionizers, which is
more accurately called
electrolyzed reduced water (ERW); this is the nomenculature which most
commonly appears in the scientific literature to denote this
water.
Such water, as produced at the cathodic pole via electrolysis in the
water
ionizers, exhibits a poorly-buffered strongly alkaline pH, and an ORP
of
-150 (mildly reducing) to -850 (strongly reducing), indicating a high
degree
of reducing activity and strong presence of the H- ion. This
cathodic
(negative pole) water is often called "reduced water" due to its
reducing,
or antioxidant activity, and has been called "microwater" on the
commercial
market due to the fact that the alkaline reduced water from the
cathodic
pole of the electrolysis chamber exhibits a smaller cluster size, due
to
the charge of the H- ions.
A
brief overview of commercial
and household water ionizers
Alkaline
ionized
water
(sometimes called Microwater
by the vendors of the water ionizers; the scientific term is
Electrolyzed
Reduced Water, or "ERW", which is a much more accurate term than
"alkaline
water") contains a good amount of the negative hydrogen ion (and free
atomic
hydrogen as well), which is the same powerful antioxidant (it is the
most
primitive antioxidant found in nature, known as a primal antioxidant)
as
found in MegaH (aka MegaH-)™.
As a refresher,
both free hydrogen and the
negative hydrogen ion were apparently rather plentiful in the diets of
our Paleolithic
ancestors
(and even more recent)
and also that of primitive life forms on Earth, as it is found
primarily
in fresh raw foods (plant and animal), especially from wild-grown and
organic
sources. The H- ion is also found in some deep well
water, in water
from some high-altitude mountain springs and wells, and also in the
streams
containing glacial runoff water from high-altitude glaciers.
By the
way, because of its ubiquity in the environment on Earth in the past,
the
H- ion in water could be called the "Paleolithic antioxidant".
Water Ionizers
There are two
basic
types of water ionizers
for making this water at home, and here is some background information:
There
are
dozens of Japanese and Korean
companies making small white kitchen countertop appliances which hook
up,
much like a countertop water filter, to the kitchen faucet, and produce
alkaline water (ERW) via electrolysis. The machines run from about $600
to about $3,000 (US) retail. Almost all of these machines
produce
an ERW which is of low to medium strength, with an ORP (oxidation
reduction
potential) of about -150 to -240 (the ORP is the best single
simple
indicator of strength,
the more negative the stronger the antioxidant properties), and a pH of
about 9.2. The alkaline pH is an accidental by-product, and not
responsible
for the health benefits, although for a person who is
very acidic, the alkalinity
may help some. Overall, ORP is the best (easily available and
cheap)
indicator or corollary for the presence of the H- ion: the more
strongly
negative the ORP, the greater amount of hydrogen and the H- ion
(antioxidant),
in general. In reality, even the ORP is only a corollary of
the presence
of the H- ion, and not a direct measure. Since these devices
hook
up to the kitchen faucet, they are know as flow-thru devices.
Now,
the strength of the water from these flow-thru devices hooked up to
filtered
tap water (or unfiltered well water) is fairly weak, but still has good
health benefits. If one wants much stronger water, with a
much higher
concentration of H and H-, then they will be interested in a batch
device,
described below. There
is
another class of countertop machines,
and these run in batch mode, producing (depending upon the size of the
machine) from 24 oz. to 0.6 gal. of ERW every 15 minutes;
these devices
retail from $1,100 to about $5,000 (most around
$1,950). These machines
have adjustable batch process timers, and if you run them for the full
15 minutes, with a tiny amount of salt added to the water to improve
conductivity,
the ORP of the final ERW is about -830.
Since ORP is a semi-logarithmic
scale, an ORP of -830 is an indicator that the quantity of H- ions is
incredibly
more than in ERW with an ORP of -200 (over a million-fold).
If
you decide
to buy a batch mode device,
do NOT purchase one of the cheap pitcher-type devices -- they all use
either
stainless steel or ceramic electrodes, neither of which I
approve.
I strongly prefer titanium electrodes or platinum-coated titanium
electrodes
-- see Sources section below!
If
One Owns a Water Ionizer, Does One Need
to Own an ORP Meter? No, not at
all! Not much happens to
the machines to degrade the quality of the water coming from them, so
it
is NOT necessary to constantly or periodically check the ORP of the
"alkaline
water". Nonetheless, since many folks
have asked: Good digital ORP
meters cost about $155 and up, and cheap ones which are not at all
accurate
after the first week cost about $70. Probably the
meter which
is cheapest yet most reliable is the Hanna Water Test, made
by lab
instrument manufacturer Hanna. You can find any of a dozen
vendors
on the web selling this 4-way meter (ORP, pH, water temperature, water
conductivity) for about $155 plus postage. Regardless
of
quality, the ORP electrode
an all ORP meters will degrade with use, and the readings will tend to
regress toward the region of +350. In other words, when this
happens,
measurements on water with a strongly negative ORP such as -830 mv will
result in mediocre readings of about -100 or even +100, and readings on
strongly oxidizing water (e.g.,+1,100 mv ORP) will also regress toward
+350. Luckily, this dulling of sensitivity is simply due to
ion
contamination
("ion migration") of the insulator on the center reference electrode,
and
can be reversed by soaking the electrode for 20 to 30 minutes in the
acid
oxidizing water produced by the other pole of the ionizer.
This will
draw out and neutralize most of the contaminating ions. There is
actually
an even better neutralizing compound made from potassium iodide and
iodine,
but that is a bit beyond the reach of the average household user of ORP
meters.
Which
Type of Device Do I Use? I own both
types of ERW
machines, but I almost
exclusively use the batch devices due the strength of the ERW, even
though
they take a bit more effort (filling the water, draining it).
I then
store the ERW in amber glass jugs (1/2 gal and 1 gal) in
a dark cool place,
to allow the water the maximum shelf life (probably at least 2 months,
but I am still testing that!). You can safely assume that the water, if
stored in a clean amber glass jug, is good for at least 2
weeks.
I use only the latter type of device (batch device) nowadays, and when
I was on a cooked diet, I drank about 6 glasses or more of this water
daily,
as part of my water intake. Now that I eat raw, I have far
less need
for it, and drink three 5 ounce glasses a day -- the rest of my water
intake
is unfiltered tap water from my mountain well. Once you have
made this
water, you can
store it for up to two weeks in an amber/brown glass jug (available in
pint, half-gallon and gallon sizes at homebrew beer supply stores.)
If
using a
batch type device, it is extremely
important NOT to use the vast quantity of salt added to the water which
the manufacturers recommend for production of oxidizing (acid) water
for
commercial use. Rather, use far less, and add only a good
unheated
sea salt at only the rate of 0.1 gram per liter, which is about 0.35
grams
per gallon. I mix my tap water (mountain well water) with
the salt
in a one-gallon plastic jug (much like a milk jug or the type of jug in
which spring water is sold.)
Sources
If you
just want
a
cheap countertop flow-thru
device, the cheapest deal will be to buy a Jupiter Technos water
ionizer - see http://ionizers.org/technos.html
among other sites.
The price will probably be about $590 (2012 update:
$750).
For an even better quality,
but more expensive, countertop ionizer, call Ion & Light, below.
If
you
wish to
purchase a good batch-type
device (can make much more powerful water), I recommend the Super Oxide
Mini (24 ounces per batch, for about $1200) or the Super Oxide Labo (70
ounces per batch, about $1995) from Ion and Light in San Francisco. Both
devices have only
platinum-coated
titanium electrodes and are of the highest quality. By the
way, these
batch machines have the word "oxide" in the name because the primary
market
for which they are designed (hospitals, clinics, plant nurseries) is
one
which uses the acid oxidized water rather than the alkaline reduced
water
(in fact, these users discard the alkaline water!) I own one
of each,
but I usually use the Labo, because it makes more water in one batch.
2012 update: Ion & Light are no longer in
business.
Non-Electrolytic
Means of Producing Reduced Water (RW)
Now,
a teaser:
there are actually NUMEROUS other ways of creating H-minus ions in
water,
and without electricity/electrolysis, and often without the artificial
corollary of high alkalinity as well. These methods yield
water
commonly referred to as "reduced water", or RW. However, many
of
these methods really cannot get the H-minus concentration to a place
where
the resultant ORP is much stronger than -300 mv. There are a
few
that can go much further.
It
is my observation that the so-called species of "active hydrogen", when
found in water, are also often linked to so-called ormus forms of
various elements or to ormus-like energies. If you wish to read about a
device which I have built which employs magnets and magnetite
sand
to apparently induce creation of ormus-type forms of elements in water,
please check out my Ormus Water
website at
http://ormuswater.vpinf.com/
Relative
Hydrogen Score, aka rH
Score, an Absolute Measure of
Hydrogen Reducing Power
Calculated from ORP and
pH Measures For
a brief
tutorial on the Relative Hydrogen
Score, or rH score, please
see the on-site
page devoted to that topic! rH score is an
absolute measure of
hydrogen reducing power (and of oxidizing power) which is independent
of
changes in pH, and which is calculated from measures of ORP and pH.
Donations
and Support for this Website
This freely-offered educational website has been totally
self-supported by the author, Vinny Pinto, since its inception (and
many of my websites were started between August 2000 and June 2003).
While I offer the content on this website freely, as a gift to all from
my heart, it is quite obvious that not only did my research in these
realms (and also my training, including formal education, that allowed
me to offer this material in the first place) incur costs, but there
are also monthly and yearly costs associated with web hosting, domain
registration, etc. As you have likely noticed, I have chosen not to
accept any advertising on any of my websites. As a result of all of
these factors, any funds that you might choose to donate toward
supporting my research work and this site will be very much
appreciated.
Thus, I am seeking donations to help me to support
this site -- even two dollars helps! If you wish to donate, you may do
so by using your credit card, ATM card, debit card, or transfer from
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Thank you very
much!
Vinny
Further
Information Further
Notes on Water Ionizers, Filtration, and Ultra-Strong Electrolyzed
Reduced
Water --
This on-site informational
article offers further notes on countertop water ionizers, filtration
of
water in the ionizers, and consumption of alkaline or reduced
electrolyzed
water, including consumption of ultra-strong electrolyzed reduced water
with an ORP stronger than -600 mv, and, in many cases, with an ORP
stronger
than -790 mv. If
you want to
get even more in-depth information
on ERW and making it, especially in home-brew devices, than this page
offers,
I recommend first finishing this page, and then going to the page
entitled Some
Thoughts and Observations on Production of H-minus Ion Enriched-Water
by
Electrolysis
MegaH
(aka MegaH-)™
is a registered trademark owned by Flantech Group.
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