the Benefits of Aran, Ozone
and Negative Ions?
ARAN is distinguished from ozone due to
it's supercharged state, which makes it a
superior form of activated polyatomic oxygen. The
not produce the harmful oxides of nitrogen
produced by ozonators and ozone machines. Instead
it produces the more highly charged oxygen
molecules known as ARAN™ and negative ions.
Therefore, it is safer and more effective than an
ozonator or ozone machine and gives better
Is the air you breathe healthy? According to
the World Health Organization 40% of all
buildings pose a serious health hazard due to
indoor air pollution. The EPA is calling indoor
pollution the #1 pollution problem in America.
The following is a list of common indoor
pollutants, and some of their sources, that can
be neutralized by using an
FURTHER POLYATOMIC OXYGEN RESEARCH:
"The effects of Polyatomic Oxygen upon diseased cells and intercellular and extracellular viral infections."
By : Basil Earle Wainwright
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IMPRESIVE INFORMATION ABOUT ARAN O4:
Contrary to popular belief, the O4 molecule will, during its half life, demonstrate greater stability than the O3 molecule, the latter being more aggressive in an oxidative role, and breaks down in a step by step procedure. The O4 molecule, following atomic and molecular collision electrical exchange, breaks down into singlet oxygen atoms (O1), instantaneously, releasing a minimum of eight~plus free radical electrons in the process.
The properties of Polyatomic Oxygen can vary depending upon the generation and stabilisation means, the capacitance and electrical resistance of the cell in its design and the 'cooling' thereof. The peak to peak voltages applied, The waveform biasing, The frequency of the twin drive oscillators, Temperatures, Pressure and gas transit means :~ All have a significant effect upon the type of Polyatomic Oxygen produced. There is no such thing as 'just Ozone'. When conducting tests upon different makes of Ozone/Polyatomic Oxygen generators, varying atomic properties can be detected.
It is worth noting that without the correct electrolytic properties in the extra~cellular fluid, ineffective triggering of bio~chemical impulses can occur. Further, the correct balances, allowing the co~ionic activity of potassium, calcium, chlorine, hydrogen incorporated with sodium, assists in providing the correct elemental balance for Polyatomic Oxygen's molecular electrovoltaic stimulus is essential to maximising the therapeutic benefits of this treatment. This chemical information is imperative if controlled oxidation and ionisation is to be achieved. The electron voltages (ev), in Polyatomic Oxygen molecules have a dramatic effect upon electrovoltaic reactions and all surrounding matter. Electron voltages are the single most important factor in the generation of Polyatomic Oxygen molecules and in determining the responses that can be expected from any test application.
Without knowing the [precise atomic parameters of the molecules being deployed and the gas combinations being used, every test and study that has been conducted to date is inconclusive. Electron voltage potentials can be modified according to mark space ratio and peak to peak voltages which are applied on the corona discharge tube/cell. All current devises use relatively low peak to peak voltage (typically 15 to 30 kV), whereas, if high electron (ev) potentials were deployed and stabilised gas structures introduced, less initial oxidation reactions will occur and greater anti~viral properties will be observed.
To examine the effects of varying electron voltages upon cellular structures, viruses and micro-organisms and all other aspects involved, studies have been conducted, which produced a block schematic analysis of their interrelationships, that can be used with conventional corona discharge tubes/cells. The O4 molecule is one of the most powerful ionising platforms that can be introduced into blood components and blood products. O4's effects upon viral RNA/DNA structures and disassociation of uricil bonding through ionisation can result in the total solubilisation and break down of viral structures.
During the development of Polyatomic Apheresis, numerous procedures and scientific protocols were conducted involving extensive surface absorption methods and models, which included pressure pulsing of reactive and non reactive gases. These studies indicated that a combination (ratio), of pre~oxidative exposure to Polyatomic Oxygen at specific concentrations, followed by pressure peaks varying from 1.7 psi to 4.3 psi, would effectively rupture diseased cellular structures. This represents a completely new approach to the eradication of diseased cells. One example, of where increased surface gas pressure would have enhanced the absorption of Polyatomic Oxygen gas to blood sample, can be seen in Keith H. Wells, et al, 1991. It is also interesting to note in this study that only a small proportion of any one sample being tested was in actual contact with the gas combination and not the 4000 ppm hours and 7200 ppm hours as stated in Figure 4 of that study.
The total volume of the circulatory sample, by the length and fluid transit exposure of the cartridge itself and the circulatory pump speed, can only determine the contacting time. Once the sample has passed through the cartridge, it is no longer in contact with the gas, and only a very small residue (factors unknown) will remain in circulatory transit until the next encounter with the cartridge. To achieve increased back pressures in systems such as the one deployed in the aforementioned study (without incurring concentration imbalance in the generator as a result of stalling), one could adopt a specialised circuit to counteract this phenomenon, which has been developed and patented.
The 'Polyatomic Apheresis'
technology was developed over a period of nine
years, the following initial patent was filed in
December, 1988, (Basil E. Wainwright/Steven
Keyser), covering Ozone in conjunction with
dialysis equipment applications. Following on
from this technology, which used hollow fibre
membranes and capillary mixing columns, blood/gas
separation procedures, which allowed blood
reconstruction chambers (to stabilise the blood
components), prior to the blood's return to the
patient (similar to conventional dialysis
procedures). The 'cascade tube' principal was
invented in 1989 by Basil E. Wainwright, and was
refined through a series of exhaustive testing
Some of our most popular polyatomic
oxygen/Aran generating equipment that is available
through this website includes:
Home or office use Aranizers (avail. in numerous sizes) and Commercial use Aranizers for treating the air you breathe.
Our popular, multi-purpose AJ-1, Aranjecter emits Aran through a silicone tube for all water applications including: drinking, bathing, hot tubs, cupping, bagging and steam and sauna cabinets. The HVAC Systems are designed for direct instalation into the central air conditioning or heating system of homes, warehouses, hotels and motels, theaters, night clubs, restaurants, office buildings, cruise ships, airplanes and so fourth.
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Aranizers - Benefits of Aran and negative ions
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