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Electrolyzed,
Functional Water, a New Paradigm in Thinking |
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In general terms, the following benefits are
provided through electrolyzed, functional water.
Water that is basic (alkaline) in pH
- water that has improved permeability
due to a lower surface tension
- water that has lesser oxidizing ability
due to lower dissolved oxygen
- water that is concentrated in alkalinity
and void of acidity
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| Based upon these improved attributes
of water, a wide array of applications, obtain benefits
from these properties. The following are some of these
applications. |
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a. As a consumption water with
improved hydrating abilities, lesser oxidation and an alkaline
electrolyte concentration.
b. As a beverage preparation water
with improved permeability, lesser oxidation and an electrolyte
concentrated water.
c. As a consumption water for
animals with improved hydrating abilities, lesser oxidation,
alkaline electrolyte concentration and an overall wellness
maintenance water.
Water that is mildly acidic in pH
- water that is astringent
- water that is higher in oxidation ability
- water that is void of alkalinity
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Based upon these improved attributes of
water, a wide array of applications, obtain benefits from
these properties. The following are some of these applications. |
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a. As a topical rinse water
for assistance with athlete’s feet, acne, mild sunburns
and scratches.
b. As an astringent water to remove
excess oil from the skin and to tone the skin through pore-tightening
effects of the astringency.
c. As a food cleaning water and
food preparation water introducing the benefits brought
about by its astringent properties.
Water that is low in pH and high in Oxidation
Reduction Potential
- water that has a pH level between 2.5~3.0
- water that
has a high oxidation potential in the range of +1000mV
- water that has a presence of active free chlorine
in the range of 20-30 ppm
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Based upon these restructured parameters,
a wide array of applications, obtain benefits from these
properties. The following are some of these applications. |
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a. As a disinfecting water for
all areas requiring disinfection and where a water-based
disinfectant is needed.
b. As a communicable disease control
medium for health care environments where staph infections
through MRSA and MRSE are of concerns.
c. As a highly-efficacious, safe
and healing-assisting medium for various aspects of wound
care.
The wide array of beneficial uses for electrolyzed,
functional water provides a totally new method of working
with a myriad of today’s concerns.
If it’s safety, user friendliness, cost
effectiveness, high efficacy, environmental friendliness,
natural-based and a new solution that proves attractive,
functional electrolyzed water is that choice. |
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Electrolyzed,
Functional Water, a New Paradigm to Today’s Challenges |
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| As utilized in the food safety practices: |
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1. What are some of today’s
concerns in the area of food safety?
- effective hand disinfection through consistent
and simple procedures with a safe and user friendly
disinfecting medium
- effective and simple methods to remove contamination
from clothing items such as boots, aprons and gloves
- effective and simple methods to disinfect
work tools, work stations and equipment
- effective and simple methods to disinfect
fixtures, containers, piping and premises
- effective and simple methods to disinfect
food items
2. What are some of the requirements
that must be met in the food safety process?
- disinfection mediums that are safe to the food handler
and food processing worker
- use of a medium that has high anti-microbial
efficacy
- use of mediums and processes that are socially
responsible and environmentally safe
- use of disinfection mediums that do not allow
for microbes to generate a resistance to
- use of a medium that is cost effective, available
in real-time use and easy to understand and incorporate
3. What are some of the concerns
expressed by food processing personnel when describing
food safety compliance?
- having to work with high-temperature water and its
related risks
- having to use strong, chemical based solutions
for disinfection processes
- having to rely upon processes that require
very close compliance and accuracy in measurements
of disinfecting solutions
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| Electrolyzed, functional water, with its ability for disinfection,
is able to address all of these requirements, based upon
its natural medium—water. The use of this medium truly
introduces a new paradigm to our thinking. |
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| As utilized in the hospital and clinical settings: |
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1. What are some of today’s
challenges associated with health care?
- the spreading of communicable diseases
- the introduction of staph infections to hospital
patients
- compliance with stringent disinfection procedures
2. What are some of the requirements
that must be met for hospital safety?
- disinfection mediums that are safe to the handler,
patient and the hospital environment
- use of a medium that has high anti-microbial
efficacy
- use of a medium that is cost effective, available
in real-time use and easy to understand and incorporate
3. What are some of the concerns
expressed by hospitals, its personnel and patients when
describing infection control?
- having to work with chemical-based disinfectants
that challenge the skin of healthcare workers
- having to rely upon processes that require
very close compliance and accuracy in the measurements
of disinfecting solutions
- having the ongoing concern that certain strains
of staph have developed an immunity to current disinfectants
Electrolyzed, functional water is able to address
all of these concerns based upon its natural medium—water.
Again, the use of this medium truly introduces a new paradigm
to our thinking. |
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| As utilized in organic agriculture: |
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1. What are some of today’s
concerns in the area of organic agriculture?
- the identification and use of effective non-chemical
mediums that allow for the process to be labeled “organic”
- the use of “organic” processes
that can yield produce in a consistent manner and with
a consistent presentation
- the ability to increase produce yields
and to be able to sustain the output
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