The CosaTron® Focus: Health and Energy

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  • Reduces indoor contamination, such as odors and airborne respirable particles, using patented, proven technology.
  • Enhances filter effectiveness by reducing particle deposition on interior walls, surfaces, and occupants.
  • Promotes coagulation of submicron particles containing volatile organic compounds (VOCs) for filter collection.
  • CosaTron® systems do not produce corona or ozone as documented by independent laboratory results.

About CosaTron®

CosaTron® was founded in 1958 based on patented technology for removing sub-micron particles from secondary air, or the air we breathe indoors, and by enhancing the collecting efficiency of high-efficiency filters. CosaTron® is represented in 18 countries where CosaTron® is also a registered trademark.


There are over 30,000 CosaTron® units in operation worldwide, including many well recognized public buildings such as the Madison Square Garden, New Orleans Convention Center, the Hong Kong Cultural Center, the National Library of Japan, the Grand Ole Opry in Nashville, the Abu Dhabi National Exhibition Center, and many major and minor airports, hospitals, laboratories, and clean rooms around the world.


In addition to air quality and health benefits, CosaTron® has a long history of proven cost benefits. From initial system cost reduction due to reduced primary or make-up air requirements of' 50% or more, to reduced air handling energy and maintenance, CosaTron® has demonstrated dramatic savings in capital and operating costs.

CosaTron® Value Principle

Improve Health by:

  • Removing unhealthy contaminates from Indoor Air Space:
  • Agglomerate submicron particles that make up more than 98% of airborne
            contaminant by particle count, which is approximately 2% of the air mass
            and stay suspended for 79 days or more.
  • Coagulate particles so they are more readily moved by air currents in air
            handling systems.
  • Removing enlarged particles so that suspended particles will not deposit
            on interior surfaces creating ongoing health risks.

Reduce Energy Cost by:

  • Improving air handling and air filtration efficiency:
  • Reducing outside air demand by improving secondary air quality.
  • Reducing air handling energy by eliminating contamination
            deposits on system equipment.
  • Improving air filter effectiveness in collection, in filter
            selection and rating application.