PLASMA AIR SANITIZER

Sanitizes Air
KILL's 99.9 % bacteria & viruses
Removes Various odour and pollutants
by using patented Air Plasma technology

Plasma Ions - Make indoor air as fresh as nature's!

As air passes through the ionization tubes, millions of negatively and positively charged ions are generated – just like nature. Massive ions disperse into the air or the occupied space through the duct, proactively destroying airborne contaminants where damage heath of occupants. In terms of eliminating airborne pollutants (e.g. Virus and bacteria, VOCs (Volatile Organic Compounds), odors, and particulate matter), plasma air purification is characterized by safety, low maintenance, simple installation, and high efficiency.

What are Oxygen ions?

Ions are molecules or atoms that contains an electrical charge and exist in nature in various sizes. Small ions only last between 30 and 300 seconds before losing their charge, but are extremely active. Small ions densities range from 900 to 100 negative ions and 100 to 1200 positive ions per cubic centimetre (ions/cm3) in pristine natural environment, at sea level ion density is typically around 500 negative and 600 positive ions/cm3. In cities and inside buildings ion level drop by 80% to 95%, and can be barely detectable in small spaces. As ion density decreases, so does the air quality, by increasing the quantity of both positively and negatively charged small oxygen ions, air quality is improved, this is the basis of plasma air’s soft ionization technology
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Generate positive and negative ions

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The positive and negative ions family collides with bacteria and viruses.

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The ions breakdown and damage the proteins and DNA of the cell membrane,

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Causing them to rapidly lose activity and being killed, then decomposed

The plasma technology basically ionizes particles or breaks down molecules into their elemental

constituents. For instance, the air pollutant ammonia or NH3 will be ionized into N and H which will later combine in the air to become harmless N2 (nitrogen molecules) and H2O (water molecules). This technology is also UL Listed as having “zero ozone emission’s”, when tested in accordance with UL-2998 does not exceed 0.005 ppm ozone. Unlike electronic air cleaners for instance that can produce ozone above allowable limits.

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Hotels and Public Areas

A constant supply of high quality oxygen-enriched air for comfortable and safe environment indoors

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Health Care Facilities

Plasma air disinfection equipment reduces the risk of bacterial virus infection!

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Schools and Kindergartens

The health and safety of children is of paramount importance in all situations.

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Factory and Manufacture Use

Expertise in providing high quality and compact solutions for factory use!

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Public Transportation

Eliminate bacteria and protect our health even in enclosed spaces.

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Farm Air Sanitization

Remove odor and ammonia, and can achieve disinfection and sterilization.

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HVAC Air Disinfection

Integrates into existing commercial and residential air duct systems, precisely dimensioned according to the existing need and tailored to solve air quality issues.

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Office Air Sanitization

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Effectiveness

Plasma Air

Particle Filtration

HEPA / Fine Grain Filters

Carbon Filters

Ultraviolet

Biofilters

Chemical Scrubber

PCO
Description Soft (Bipolar) Ionization Pre-filters, bag filters, pre-treated filters, fiberglass filters for larger airborne particles Captures fine airborne particles Adsorbs and filters chemicals Ultraviolet light kills germs and remove airborne particles Treats exhausted air through biological media by reacting with contaminants Treats exhausted air through chemical media by reacting with contaminants Filtered media is coated with material that reacts with chemicals
Energy savings Up to 30% None None None None None None None
Pressure Drop Low Low High Medium None Very high High Medium
Particle size Small Large (> 5um) Small (< 0.01um) N/A N/A N/A N/A Large
Treats air in room Yes No No No No No No No
Treats Make- up / Supply air Yes Yes Yes Yes Yes No No Yes
Treats return air Yes Yes Yes Rarely Yes No No Yes
Capital costs Low Low Medium High Medium Very High Very High High
O&M Costs Low Low Low To medium High Low Very High Very High High
Energy Costs Low Low High High High High High Medium
Disposal Costs None Low Depends on contamination High Medium High High High
Success rates 99% Low 0-99.7% Low Low Low Low Low