IMPROVE YOUR AIR
Make Your Indoor Space Healthier
Purify your indoor air with a SONA Technology Air Purification System
Why use an air purifier?
- Household air pollution exposure leads to noncommunicable diseases inlcuding stroke, ischaemic heart disease, chronic obstructive pulmonary disease (COPD) and lung cancer. ~WHO (World Health Organization)
- Ninety-nine percent (99%) of the air we breathe comes from indoors, as we inhale 12,000 liters of air per day.
- Poor indoor air quality is linked to increased risk of neurological disorders. ~ NCBI National Center for Biotechnology Information)
Reduce the following pollutants
from your spaces
VIRUSES
Microbes in the air include common cold, influenza, COVID-19, pneumonia and other illnesses.
BACTERIA
Too small to see, these tiny organisms start by invading your body. They can cause strep throat, pneumonia, meningitis, and MRSA. Some are even becoming resistant to antibiotics.
MOLD SPORES
Very common pollutants in dark and damp places. Mold can grow in difficult to reach and clean places such as air conditioning systems and ductwork, causing allergic reactions and creating unhealthy air.
ODORS
Common from cooking, pets and outdoor pollution, these belong to a group called volatile organic compounds (VOCs). According to the World Health Organization, VOCs has been linked with an increased risk of respiratory and cardiovascular diseases.
DANDER
This lightweight contaminant is able to float for long periods, making it difficult to filter by traditional methods. Dander is a common irritant and trigger for allergy and asthma attacks.
DUST
Common in dry and desert-regions, this collection of small airborne particles can make its way in through open windows and doors. It can cause allergies, asthma and respiratory irritation.
SMOKE
Smoke is one of the most dangerous airborne pollutants, due to its combination of toxic chemicals and heavy lingering odor.
OUTDOOR POLLUTION
Outdoor pollution can include harmful VOCs as well as pollen. Pollen is another trigger for allergy and asthma attacks, common during the spring and summer months.
SONA Cell Technology
How it Works
Step 1
As air passes over the SONA cell, positively and negatively charged ions are created, similar to nature.
Step 2
As the ions attach themselves to the ends of the virus, they transform into OH radicals with extremely powerful oxidation properties.
Step 3
The end result is water vapor from the reaction and the inactivation of the virus.
