Bi-Polar Ionization

Bi-Polar Ionization is an air purification technology producing positive and negative ions naturally. A molecule with a free electron attached to it is called a negative ion, while a molecule lacking an electron is called a positive ion. When they are going through a unique process the indoor air quality is improving. They are nature’s way of controlling mold, bacteria, viruses and odors, improving IAQ.

Plasma Ionic Air Purifiers

Our Plasma Ionic Air Purifier 5 stage Air Purification Technologies which effectively cleans viruses, allergen, pollens, bacteria and dust. The product is ideal for the users who want to have a fresh and clean indoor air with silent operation for a minimal cost.

The Plasma Ionic Air Purification stages :

  1. Plasma Ionizing Technology
  2. Electrostatic Dust Collection.
  3. Photcatalytic Nano Filter
  4. Anti-Bacterial Material and Filter
  5. UV (ultra violet) Lamp

Applications of Plasma Ionic Air

  • Residential
  • Schools
  • Hospitals
  • Hotels
  • Airports
  • Commercial and Industrial Applications

Plasma Air Ionization accentuate the positive

  • The activated oxygen ions cluster together to neutralize pollutants and reduce them to harmless substances.
  • The Plasma Air System creates a measurable and controllable quantity of positive and negative oxygen ions introducing use of electricity at a specified voltage similar to what occurs naturally at mountain elevations.
  • All this is complete without resorting to the potentially harmful use of ultraviolet light or chemical additives.

Using Einstein’s Approach to Cleaner Air

  • Einstein’s Theory of Light Absorption showed the presence of a natural conductivity (ionization) in air. He concluded that a higher degree of conductivity was somehow related to a healthier climate.
  • Later, this was being proved to be true by the measurement of ion concentration at varying altitudes.
  • This conductivity was reconstructed by Einstein and Conrad Habitat using a device called Electrostatic Potential Multiplier. Today, the Plasma Air technology used is derived from this original Oxygen Ionizer.

Benefits :

  • Particles, such as mold spores, smoke, dust and pollen, are charged by the oxygen ions causing them to stick together.
  • 91% of mold spores were removed from the air to an unnoticeable level in 9 minutes.

  • 86% of dust particles were eliminated from the air in a 15 minute test period.
  • Chemical and VOC Control Many chemical compounds and VOCs, such as those present in building materials, office equipment, furniture, and paint are neutralized by breaking down their molecular structures into water (H2O) and carbon dioxide (CO2).

  • Sterilization of mold and bacteria oxygen ions prevent the growth of mold and cause the reduction of bacteria penetrating the cell’s split zone preventing cell division.

  • Odor Neutralization odorous gases oxidize on contact with active oxygen ions and odours are eliminated fast for organic origin.

  • Cleaning Air While saving Energy Airborne pollutants and odors are eliminated without requiring dilution through outside air intake. In fact, ASHRAE ventilation codes allow for the decrease of outside air using an “air cleaning device”. This saves equipment costs and ongoing energy costs.

How it Works

Plasma Air ionization equipment is typically mounted in the central air conditioning system; either in the air handling unit itself or on the main supply ductwork. Millions of ions are formed as air passes over the ionization tubes. These ions travel through the duct system and out into the treated space attacking pollutants where they are most problematic – where we work, learn, live, eat, and sleep.

Much like sunlight does in the atmosphere, the Plasma Air technology produces a natural bio-climate rich in active oxygen molecules, otherwise known as ions. The Plasma Air system creates a measurable and controllable quantity of positive and negative oxygen ions. The negative ions contain an extra electron while the positive ions are missing an electron resulting in an unstable condition. These unstable ions provide the following benefits:

  • Particle Reduction

    Airborne particles are charged by the ions through ionic bonding. These charged particles stick together increasing their size allowing them to be easily removed by even low grade filters. Additionally, particles are the vehicles that transmit bacteria cells from person to person. As the ions cause increased particle size, the result is less bacteria in the breathing zone.

  • Sterilization

    As they divide in the split zone, bacteria and mold spores bond with active oxygen molecules and are oxidized and destroyed. The bacteria and mold can no longer multiply.

  • Odor Neutralization

    Odorous gases and aerosols oxidize on contact with active oxygen molecules. Odors, especially of an organic origin, are quickly eliminated.

  • Volatile Organic Compounds (VOCs) Control

    Volatile Organic Compounds (VOCs) are emitted as gases where there is carpeting, building materials, furniture, office equipment, cleaning agents, paints, glues, solvents or pesticides. The ions trade electrons with these VOCs breaking down their molecular structures into less harmful ones

  • Health Benefits

    Human and animal lungs absorb oxygen more efficiently from clean ionized air, enhancing general health and well-being. Alertness and concentration is improved.

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