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UV AIR,
WATER, SURFACE DISINFECTION SYSTEM TECHNOLOGIES
The
Steady-State™
Irradiation Chamber©:
Disinfection Ahead of the Curve!™ Lambert's
Inverse Square Law
The Lambert Inverse Square Law of light transmission has been a
proven and accepted principle of physics for over 200 years, defining the relationship between the
irradiance at a source point and at any given distance.
It states that irradiation intensity declines
in inverse proportion to the square of the
distance from the source, usually expressed as "E = I / d2". That is,
if the irradiance is 16 W/cm2 at five
centimeters, it will be 4 W/cm2 at ten
centimeters, and so the irradiance can
be effectively calculated at any distance.
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The Physics of
the
Steady-State™
Irradiation Chamber©
MolecuCare
has developed, tested and patented a design which
counters normal irradiation loss through a proprietary UV bulb array housed
in an air or water treatment chamber whose unique shape and light
diffusing & reflecting
properties completely eliminate shadowing and
actually contain a near plasmic irradiation level
greater than that being produced by the bulbs.
These several unique design features of MolecuCare's
combine to effectively negate the normal loss of irradiance
intensity at distance from the source. See also:
Independent
Laboratory Test Results
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~ Using germicidal light that is
magnified within the
Steady-State™
Irradiation Chamber©
destroys microbe DNA
causing immediate microbe disintegration
irrespective of being air- or water-soluble.
~ Unlike current filter systems, which
are designed to capture microbes, MolecuCare
UV disinfection kills them instantly, avoiding the
expenses of HEPA filters and their disposal and
of the higher power levels needed to blow air
through HEPA designs.
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The power within the Steady-State™
Irradiation
Chamber© is
several orders of magnitude greater than that used in
any other disinfection systems manufactured today.
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The “kill-ratio” within the Chamber is sufficient to kill viruses, bacterias
and even mold spores at commercial flow rates, and
in a single pass. The
same Chamber performance function is applicable to
MolecuCare water disinfection system designs.
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The
size of the air units are scalable to permit
integration into existing duct work systems; water
units require several square feet/volume versus
hundreds of square feet now used.
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The size of these patented unit designs are
easily transportable, durable and scalable to meet
the urgent needs in times of crisis,
allowing for rapid deployment and efficient solutions for clean disinfected air and/or water.
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The carbon footprint is exceedingly small due to the power
required to operate the light source and
blowers/pumps for air and water systems, versus
HEPA filtration.
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Maintenance of the systems for both
air and water are designed to minimize monitoring,
minimize costs, ensure top performance for
extended periods with minimal “down” time.
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The system designs allow for
throughput rates for both air and water at
disinfection levels unequaled by any other products
manufactured to date.
The
development of this combination of
unsurpassed disinfection capability with a design
featuring uniquely adaptable and flexible scalability
opens enormous global potentials in a wide
range of air, water/other fluids, and
surface disinfection applications.
Pictured
at right:
some initial H-10 Portable UV
Air Disinfection prototypes in delivery for beta
site testing in NYC hospital intensive
care/isolation rooms.
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U.S.
and International Patents, Patent Applications and Patents Pending.
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