Outdoor and exhaust air separated by a thermal conductive plate to avoid cross contamination,Displacement ventilation, with incoming air pre-conditioned through heat exchange for energy conservation.
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ifD Process
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Phase
I -
Phase
Ⅱ -
Phase
Ⅲ -
Phase
Ⅳ
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Phase I
High voltage?(6KV-8KV) is applied to?generate corona discharges and negative ions. Negative irons collide with air molecules, thereby?ionizing?the latter and releasing additional irons which collide with further molecules—? creating an electron?avalanche.
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Phase Ⅱ
When dispersed away from the corona discharge, negative ions are attracted by air molecules which become negatively charged and move towards the positive plate in an intense electric field.
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Phase Ⅲ
Small particles are attracted to and obstruct the motion of negatively charged air molecules, hence acquiring negative charge.
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Phase Ⅳ
Negatively charged particles are pulled to the positive plate and captured by the latter because of the powerful and polarized electrical field inside the ifD filter.
the Advantage of Multi-purification
Automated Control
Real-time monitoring and remote control through a mobile APP
Selecting settings at the touch of a button
(Optional)
Efficient Heat Recovery
Fire-retardant and mold-resistant, the plate heat exchanger, consisting of semipermeable membranes, achieves optimal heat exchange efficiency by virtue of low friction and pressure losses and a large surface area.
Air Purification System
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Air Purification Unit
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Return air vent
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Exhaust vent
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Vertical shaft for air supply
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Removal of PM 2.5 during the first purification process
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Fresh air inlet
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Discharge of exhaust air
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Floor diffuser
Core Technology
