Royal Air - Air Purifier
The Solution to Indoor
The ARAN Phenomenon!
Without a Doubt,
ARAN is the Most Significant Advance in Purification
Since the Introduction of Chlorine.
ENJOY OUTDOORS "FRESHNESS"
INDOORS WITH ROYAL AIR AIR
WHAT IS ARAN?
in the atmosphere as the stable O2, molecule. Natural energy forces such as lightning
and ultra-violet rays from the sun act to break the bond between
the two atoms that make up the stable Oxygen molecule.
bond is broken the single Oxygen atoms tend to regroup temporarily
as O3. The unstable O3 molecule easily combines with pollutants
in the air, giving up one Oxygen atom as it returns to its stable
state as O2.
is called oxidation. Oxidation is the means by which Nature breaks
down pollutants and purifies the environment.
is an Oxygen allotrope in the form of O4, O5, O6, etc.
ARAN is the trade name for these higher forms of Oxygen.
Aran generator adds additional energy to the process causing
single Oxygen atoms to group into higher forms than just O3. These higher forms of energized Oxygen have more
power to oxidize pollutants.
HOW IS ARAN MADE?
It is made by a patented process
with the Aran Corona generator that selectively separates the
diatomic molecule of Oxygen (O2) found in our atmosphere and regroups
these nascent atoms of Oxygen into molecules of 4 or more atoms
of Oxygen creating Aran (O4) and (O4+X) which has an energy level greater that
the diatomic Oxygen molecule prior to separation in the Aran
This extra energy causes the
Oxygen atoms to join in an unusual bond where 4 atoms combine
at a much higher energy level. The Aran molecules are held together
by a phenomenon known as "spin resonance" which allows
atoms to switch and share electrons. Aran is a high-energy but
short lived oxidizing molecule. Aran is more unstable and a much
more effective oxidizer that Ozone (O3).
It is important to note that the nitrogen
molecule which is also diatomic (N2) remains in its natural state unaffected
by the Aran Corona and does not create oxides of nitrogen often
found in the production of Ozone (O3)
When an ARAN molecule
comes in contact with pollution - the pollutant is quickly oxidized,
leaving only neutralized pollutants and stable Oxygen.
HOW DOES ARAN WORK?
ARAN is an oxidizing
agent that attacks organic and inorganic chemicals, microbiologicals
and changes their chemical composition leaving only ozidized
particulate residues and datomic oxygen.
HOW DOES ARAN COMPARE TO OZONE?
Ozone (O3) is a triatomic
allotropic molecule of oxygen. Aran (O5) in a pentatomic
allotropic molecule of oxygen, has three or more nascent oxygen
atoms available for oxidating while ozone has only one. ARAN
is at least 3 times more effective that ozone as an oxidizer.
The Aran Advantage:
- ARAN costs less thatn
Ozone to produce.
- ARAN has a much higher
oxidation potential that ozone.
- ARAN requres much less
maintenance than Ozone equipment
- ARAN does not generate
Volumes of information exist
on where, when, why and how to use Ozone. Aran can be used in
all of these areas with the advantages listed above. Aran can
also be used in applications where ozone is not as effective
Aran can be used in any application
requiring the elimination of any microorganism in air. This includes
viruses, bacteria, molds, yeasts, fungus, etc. All organic chemicals
and some inorganics can be oxidized in air.
In the home the problems are mostly odors, such as cooking, smoking,
mustiness or mildew. When the unit is used, a woman can cook
cabbage, peel onions or cook fish, and the odors will not go
through the house. Not only that, but it eliminates tears which
accompany the peeling of onions. It has a sterilization factor
for the bathroom and the house in general. The unit wil destroy
the effects of dust for people allergic to dust. It will destroy
the pollen count in the air for people suffering from hay fever.
Remember, it will in all cases destroy all air-borne and surface
bacteria and germs.
In restaurants the unit can be used in:
- Coolers to prolong food spoilage
and eliminate cross flavoring,
- Kitchens to destroy food
odors entering the dining room.
- Dining room to eliminate
all food odors plus smoking odors
- Wash rooms for odors and
sterilization of fixtures and surfaces
- Garbage rooms to eliminate
all organic odors.
- Motels and Hotels
Same as restuarants and garbage rooms, plus the conference rooms
and guest rooms that have heavy odors such as smoke. The unit
will destroy the odors in a short time and the next occupant
will not smell the odors left from the previous occupamt. As
in the fire jobs, the unit will remove odors from the drapes,
sheets and the carpeting.
In offices the units are needed to destroy objectionable odors
such as smoke, and also to stop the afternoon fatigue by putting
oxygen back in the room. Afternoon fatigue is caused by lack
of oxygen in the room.
The unit is very effective in locker rooms to destroy body odors,
a problem all locker room face. Also this unit will sterilize
surfaces that cause the spread of athlete's foot. This unit would
also be very helpful in the chemistry lab to keep odors from
going throughout the school. It can also be used in heating ducts
to keep down and destroy all air-borne bacteria and germs throughout
the entire school. Keeps lavatories odor free and under sterilization.
- And Many More Applications in hospitals, veterinarian hospitals,
kennels, produce houses, pet shops, nursing homes, grocery stores,
Royal Air vs UV BULB OZONE
Major differences between
the Royal Air units and UV bulb Ozone generators
Royal Air units produce Arans, i.e. O3, O4, O5, O6, O7, O8, O9--Ox.
UV bulb Ozone generators can only produce O3.
The Ozone output of a typical
UV bulb Ozone generator is about .01 to .02 part per million
(ppm). Due to this low output, many UV systems are needed to
do the work of the smallest Royal Air unit.
When Ozone (O3) goes to O2, the oxidation process is over. There
is no more action by that molecule. When Aran goes from O10 to
O9, then O9 to O8, then O8 to O7, etc., it continues to kill
bacteria and fungi until it reaches O2. Even the O3 molecule
is a weaker O3 than the Aran O3 because the Aran O3 has more
stored energy than the typical UV produced O3.
UV bulb Ozone generators last about 10-12 months. After that
time the bulb may still be illuminated but the output ceases
and the unit is ineffective. The cost to replace the UV bulb
ranges from $35 to $100 per bulb per year.
Royal Air units have no UV
bulbs, no filters and no fans and therefore no maintenance.
Royal Air units last much longer-up
to 25 years.
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