Our sense of smell is directly tied to our brain’s long-term memory and first-impressions. Regular cleaning of your building’s coils with floHVAC removes odor-causing dirt and bacteria from your air – restoring your business’s “like-new” scent.
A smarter way to keep HVAC systems clean, efficient, and low-impact — powered by microbial technology.
Cleaning your evaporator coils with water pressure can only clean a fraction of the surfaces in your coil, but corrosive cleaners are hazardous and damage the metal structure of your coil.
floHVAC, the world’s first microbe-based cleaner of its kind, cleans every surface in your coils without water, corrosives, or damage to your unit.
Bubbles loosen the deposits while moving the microbes into the coils.
The air from your HVAC system pulls the detergents and microbes through the entire depth of the coil.
On-contact, the microbes start to release enzymes that break-down dirt and debris.
Evaporator coils are made up of densely packed metal surfaces that allow HVAC systems to transfer heat out of a building. When these surfaces become coated with dirt or other buildup, heat transfer efficiency drops significantly, reducing overall system performance.
Select the sections to explore additional impacts of dirty evaporator coils.
Fortunately, not all of the deposits in your coils stay there. Unfortunately, those particulates get cycled directly into your building – and into your lungs!
Harmful bacteria, viruses, allergens, and dirt all get trapped in your HVAC system’s coils over time. Cleaning your coils regularly ensures that these deposits doesn’t also end up in your body – causing illness, headaches, and sluggishness.
Like kinks in your water hose, dirt in your coils causes your HVAC system to need to work harder to blow air through the metal. This extra work means more maintenance, a shorter unit life, and higher electric bills.
Cleaning your coils regularly results in an estimated 30% reduction in energy costs for your HVAC system!
floHVAC biodegradable components ensure a reduced environmental footprint.
By using renewable microbes grown in America, we minimize chemical use and promote ecological balance.
Non-toxic, ensuring safety for users and occupants.