| Biozone
Air and Water Purifiers use Ultraviolet
Light to produce a 'Purifying Plasma' designed
to oxidize contamination and remove your
indoor air impurities. By providing a constant
flow of Oxygen Singlet molecules, O1, Charged
oxygen molecules, O2-, Hydroxyl Radicals,
HO, and a low level of ozone,O3, to your
indoor air, your new purifier will leave
your air smelling clean and fresh and your
water safe to drink.
This oxidative plasma of charged molecules
will cause smoke to dissipate and neutralize
the carcinogens in that smoke. Smoke is
one of the most complicated chemical compositions
a purification company has to deal with.
There are approximately 3500 compounds in
cigarette smoke. This makes for a difficult
purification project. Your new Biozone will
break down those compounds with the purifying
plasma and create an atmosphere that is
safe to breathe in your newly purified environment.
Photochemistry is the chemical reaction
or change in material caused by exposure
to light energy. The process typically requires
the use of photons in the ultraviolet spectral
range. Ultraviolet light in this range is
useful for disinfections purposes. When
a strong enough ultraviolet light is present,
it becomes useful in the destruction of
contaminating organic compounds. Almost
all indoor contaminants are organic, such
as toxic volatile organic compounds, dust
particles like dander, hair, dust mite feces,
etc., and biological contaminants like bacteria,
viruses, and fungi. Photochemistry can break
down these harmful organic molecules. Ultraviolet
light with enough energy such as in the
100-280 nanometer wavelength range can also
break down the electron bonds of an organic
molecule.
Ultraviolet wavelengths in the 100-280
nanometer bandwidth not only break down
electron bonding of an organic molecule,
but also initiate the formation of a cold
gas plasma. We excite gases by the energy
from ultraviolet light waves and create
a highly energized gaseous state. The plasma,
or highly energized gaseous state, is aggressive
and highly reactive and contains excited
atoms and molecules, ionized gases, radicals,
and free electrons. It can destroy just
about all organic contaminants.
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