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Products
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Plasma Filtration |
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Plasma Filtration
(Models 9CQ, 12CQ, 15RLQ, 18RLQ, ASU9RMLQ, ASU12RMLQ, ASU18RMLQ)
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Fujitsu ductless air conditioners provide you and your family
with “pure air”.
Your family’s health is important to you.
You make sure everyone goes for regular
doctor check ups, takes vitamins, eats right and exercises.
You should also be concerned about the air
they breathe while inside your home.
No matter how often you clean your home, it
is still filled with a variety of airborne irritants such as odors,
dust, smoke, pollen and allergens.
Health effects from indoor air pollutants
may be experienced soon after exposure or, possibly, years later.
Many of Fujitsu’s wall
mounted systems provide innovative solutions for clean,
temperature-controlled indoor air.
Halcyon IAQ systems include an electronic
plasma filter which removes airborne irritants, odors and allergens.
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How Does the Plasma Filter Work?
The
plasma filter contains a super-charged negative ionization filter, which
attach to oxygen molecules to create “charged air” or ozone, and a
positive charged electrostatic filter.
The combination ionizes airborne
contaminants, neutralizing them to provide clean temperature-controlled
air.
Most contaminants which are not destroyed by
ionization are trapped by the electrostatic filter.
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What is Ozone?
Ozone is an oxygen molecule which contains
three oxygen atoms instead of two. Unstable ozone reacts with
contaminants to revert back to its stable oxygen state reducing
concentrations of ozone quickly.
When ozone contacts something
“oxidation-able” the extra oxygen atom releases from the ozone molecule
and binds with the contaminant.
What remains is the pure and stable oxygen
molecule.
When most contaminants are oxidized some
residual ozone may remain but most is collected by the electrostatic and
charcoal deodorizing filter.
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Why is Ozone Used?
Ozone can be used for a broad area of purification. For the biggest part
ozone is applied in the municipal water treatment plants for
disinfection. In the food industry for example ozone is used for
disinfecting packaging and equipment. The main benefit of ozone is its
clean character, because it only oxidizes contaminants, with forming
byproducts. Ozone can be detected in very low concentrations and
therefore, it is generally safe to work with ozone.
Ozone, when used
properly, can be very beneficial.
Electrical sparks which create ozone may occur inside
the home in any equipment which uses high voltage or ultraviolet light.
Indoor devices that produce ozone include hair dryers, laser printers,
copy machines, computers and fax machines. For example, a laser printer
can produce around 0.05 ppm ozone or even higher, depending on usage and
ventilation.
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Ozone in Everyday
Life
Drink soda or bottled water today?
Ozone is one of the most
powerful oxidants available for potable water disinfection. Used in the
majority of European and Canadian water plants since the 1940's, due to
its oxidation properties, lack of residual, and its taste and odor
control abilities when properly applied.
Ozone in bottled water provides disinfection of both the water
and the bottle used by Pepsi and Coca-Cola plants.
Use a hair dryer this morning?
Many new hair dryers
incorporate ozone technology. Ozone technology aids the fixing of hair
dye molecules by helping to bond the color to the hairs structure, thus
keeping color treated hair looking vibrant for longer.
It drastically reduces the effect of static electricity on the
hair by utilizing Ozone's unique molecular structure.
Use a hand
dryer today?
Yes even the hand dryer that you use in many public
restrooms. It disinfects
while it dries your hands.
Eat farm raised fish today?
Many farm raised fish swim in
ozone infused tanks to improve water quality, allow for faster growth
rates, decrease death loss, destroys organics while safe for fish.
For example, MinAqua Fish Farm - raises 1.7 million lbs of
Talapia per year. Fish are
sold live to markets across the US and Canada.
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