| The history of our technology goes back to
the early 1900's and one of the world's foremost scientists, Albert
Einstein. Einstein's sister was suffering from tuberculosis and her
doctors sent her to a sanitarium in the Swiss Alps as it was well
known that the Alps were one of the healthiest places in the world.
She soon recovered from her illness, but upon examination he realized
the air in the Alps contained more electricity then at lower elevations.
Einstein teamed with his friend and colleague, Conrad Habicht, and
the two collaborated on a device called a potential multiplier. With
this device, they proved it was possible to reproduce the electricity
naturally found in air. They concluded the electricity, or specifically
ions, found in the fresh mountain air, was the key difference. Einstein came to America to teach at Princeton
University and Habicht commercialized the technology. In 1947, he
formed a company to manufacture and market his bipolar ion products.
It is this very same scientific principle that we at Global Ion
Systems' (GIS) apply today with our ActiveOx
bi-polar ionization technology for indoor air purification. Much
like sunlight does in the atmosphere, Global Ion Systems' (GIS)
ActiveOx technology produces a
natural bio-climate rich in active oxygen molecules. The ActiveOx
system creates a measurable and controllable quantity of negative
and positive air ions. These activate naturally present oxygen molecules
with bi-polarity and they form clusters of 10 to 60 molecules clinging
together. This raises the air's ability to free electrons from the
oxygen molecules that will interact with pollutants and break their
molecular structures into less harmful structures. Typically, one
to two million clusters is formed per litre of air passing by the
ActiveOx unit. Room air is enriched
when these clusters interact with the polluted air in the room.
The reactivated oxygen molecules start to immediately disinfect
the air (controls bacteria, mold spores, etc.) by penetration of
the split zone of mold spores and bacteria as well as neutralizing
odors (VOC's) through restructuring of the molecules. Particles
are controlled by their clinging to the oxygen clusters and the
combined weight of the two dropping the particles to the floor.
All of this is done without resorting to harmful means such as ultra
violet light and chemical additives or the introduction of ozone.
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