GreenTech GT3000 - Core Technologies; Advanced Photo Catalytic Oxidation; Needlepoint Ionization; Scalable Purification

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Four Technologies
Advanced Photo Catalytic Oxidation
The Photo Catalytic Oxidation (PCO) Technology in the GT3000 not only destroys
biological contaminates but also produces purifying plasma which eliminates odors,
mold, bacteria and viruses. PCO Cells have been proven to reduce dangerous
pathogens by more than 99% in less than 24 hours through a process called molecular
disassociation which actually breaks down the molecules instead of simply covering
up the source. The result at the end of the breakdown process: harmless carbon
dioxide and water vapor.
Needlepoint Ionization
The GT3000 generates a continuous stream of millions of negative ions that
circulate throughout the home. These ions charge particles (such as dust, dander or
bacteria) causing them to attract other particles and clump together. As more and
more particles come together, they become heavier, making them easier to pull into
the home’s HVAC air lter or just fall to the oor to be vacuumed up. Unlike HEPA
lters that can only lter out particles of .5 microns or larger, the ionizer in the
GT3000 can reduce ultra-ne, even nano particles, that are much more dangerous
than the larger particles you can actually see.
Scalable Purication
The system allows for adjustable purication settings in order to accommodate the
specic needs of the user at the time. Using these settings will help your machine
provide optimum performance appropriate for its environment. In High Mode, the
purication plate generates activated oxygen to assist in breaking down contaminates
which cause odors. For faster cleanup, the machine can be set to Away Mode which
has a programmable auto-shutoff timer feature. This allows the machine to generate
maximum output when the room or home is unoccupied.
Electrostatic Filtration
An advanced electrostatic lter is included with the GT3000 to help keep the purier
clean while at the same time lter out the clumped particles (See Needlepoint
Ionization). Several layers of media make up the lter. The friction created by these
layers and the particles ltering through them creates a negative charge further
attracting particles and directing them into the lter. Unlike expensive HEPA lters,
the electrostatic lter is washable and can be used over and over again.