Air Purifiers
Employee productivity

Employee productivity

People who work in well-ventilated offices with below-average levels of indoor pollutants and CO2 have significantly higher cognitive functioning scores in crucial areas such as responding to a crisis or developing strategy than those who work in offices with typical levels - Harvard Study

Spending just US $40 per person, per year on indoor air quality resulted in a US $6500 increase in employee productivity - Source - International journal of Environmental Research & Public Health

Total costs to the U.S. economy from poor IAQ range as high as $168 billion per year - Source - intellipure.com

  • how electronic <br />air cleaners work

how electronic
air cleaners work

An electrostatic precipitator, also called electrostatic air cleaner or electronic air cleaner (EAC) is a device that uses an electric charge to remove impurities — either solid particles or liquid droplets — from the air. The electronic air cleaner functions by applying energy only to the particulate matter to be collected, without significantly impeding the flow of air.

Originally designed for recovery of valuable industrial-process materials, electronic air cleaners are used for air pollution control, particularly for removing particles from waste gases at industrial facilities and powergenerating stations. Today, electronic air cleaners are also used for indoor air pollution control.

A Honeywell two-stage electronic air cleaner consists of two sections – a charging section and a collection section. A high voltage is applied to the ionizing wires to form a strong electric field between the wires.

Electrons present in contaminated air containing pollutants such as fine dust, smoke particles, pollens, mould spores and bacteria are pushed at high velocity (due to strong Coulomb Forces) from the negative charged electric field to the positive charged electric field. Along the way they collide with the contaminants, releasing more electrons.

The ionized particles are moved by the moving air into the strong electric field at the collectors and are trapped at the charged collector plates.

key features

  • Coanda Air Distribution

    Provides recirculation of clean air in 6 directions.

  • Maintains Peak Efficiency

    During a wide range of cell-loading conditions.

  • Solid State Power Supply

  • Very Low Maintenance Cost

    One of the most economical solution with very low opearational and maintenance costs.

Most Optimum Solution For Commercial Spaces.

  • No filter replacement cost

    Cumulative filter replacement cost becomes as high as the machine cost over the years.With EAC, you don't pay any filter replacement cost.

  • No pressure drop

    Media filters cause pressure drop in your AHUs causing lower efficiency of AHU. EAC offers no such disadvantage.

  • Retrofitable into your AHUs

    No need to make any major changes to your current AHU setup.

  • No floor space wasted

    Does not occupy any electrical wiring on space on your floor.

How EAC improves
efficiency of Chiller
PLANTS and AHUs

An ecological footprint is a measure of human impact on Earth's ecosystems. Honeywell EACs offer opportunities to reduce energy consumption by:

  • Reducing the pressure drop across the EACs when compared with conventional media-type air filters.
  • Enabling the use of smaller AHU (Air Handling Unit) fan motors which consume less energy. Based on the usual operating hours of AHUs in commercial buildings, EAC investments are paid back in about one and a half years through AHU fan energy savings when compared with media air filters.

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