Ozone in cooling tower case study – a review

A new paper has been released by Absolute Ozone showing the advantage of using ozone for cooling tower treatment.  This paper is a case study showing operational data for a 1-year period of time on a cooling tower in Germany.

One year full-scale study of Ozone Cooling Water Treatment at a German Electric Power Station

This paper presents the operating results of ozone treatment of the water in a cooling system with an open loop containing the following elements:

  • Main cooling water pumps
  • Cooling water storage tanks
  • Distribution manifold to cooling water users
  • Cooling water collecting basins
  • Cooling water recycling pumps
  • Cooling tower

The system reviewed in this paper is the side stream cooling system of a power station in Germany, with a capacity of 1000 m3 /h (4400 US gpm). Operation started in early 1989 and the plant was operated for over 2 years. During this period the following items were analyzed and evaluated:

  • Ozone residual in the water
  • Quality of the cooling water
  • Organic scaling on equipment and piping
  • Material corrosion

For the purpose of analyzing the corrosion, two heat exchangers were installed, with identical ratings but each fitted with tubes of different materials. One unit was in contact with ozonated water, while the other was exposed to water without ozone.

The results of this study are extremely encouraging. The following paper reviews the findings of the 2 year operation.

Follow this link for more information on ozone use in cooling towers, and how Oxidation Technologies can integrate Absolute Ozone Generators into your next cooling tower application successfully.

 

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