Correcting energy waste & pollution generated by HVAC is best way for Greening the Home!
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The Biggest Savings
For most HVAC units, the filter, dirty coil and undersized air duct returns represent over 95% of the energy waste & indoor pollution. The corrective steps are:
· The filter should not be used in the HVAC but replaced by an unrestrictive invisible air scrubber.
· Make the A/C coil self-cleaning with a specialized technology, which mimics the convenience of modern household appliances such as self-defrosting refrigerators and self-cleaning ovens.
· Get rid of the filter, to eliminate much of the airflow restriction and undersized air returns.
When these three steps are taken, the biggest drop in household energy use and largest decline in indoor air pollution happens.
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| THROW OUT dirty, restrictive, bionesting, energy wasting filter |
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| GET RID of dirty, mold infested, energy wasting coil |
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To solve energy waste & pollution at HVAC system, three things must happen:
· Get rid of restrictive, bionesting filter for higher, efficient airflow.
· Use a method for converting A/C coil to continuous self-cleaning, which prevents mold growth & debris collection & improves system efficiency.
· Use Everclean Green force-field technology that scrubs the airflow & cleans the system without restricting airflow.
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| REPLACE with Everclean Green filterless, unrestrictive, broadband, hydroxide modules. |
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| THE broadband lamp and hydroxide power will clean any dirty coil and convert it to self-cleaning |
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Invisible Force-Field
One of the best approaches to eliminating the dirty restrictive filter permanently and converting A/C coils to self-cleaning is that used by Everclean Green.
The patented technology and home Greening certification program is offered under the HomeGreen.X program.
The method of scrubbing the air and freeing airflow for efficient system operations is the invisible Broadband Hydroxide Force-Field Technology that cleans the air without restricting airflow - can improve energy savings up to 35% on existing systems.
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