17-24: How to Choose a Biocide Program for a Recirculating Cooling System Ozone

17-24: How to Choose a Biocide Program for a Recirculating Cooling System OzonePreventing microbial growth in recirculating cooling systems is crucial to maintain productivity at your site and extend the life of your capital assets. Choosing the correct biocide program for your particular system requires assessing factors other than free chlorine levels and planktonic microbe counts. This paper will describe various microbial growth control technologies, how to choose among them, and how to monitor the performance and value of

which is vastly becoming a larger conversation topic due to the constant push from governing organizations

adjust a thermostat and we satisfy our comfort needs

Results confirmed that the technology delivered an average 20% reduction in make-up water and 48% reduction in blow-down wastewater

fan failure

The paper will focus on the pilot plant as an evaluation tool

The paper will discuss recent innovations in solid biocides and the numerous advantages over their liquid counterparts

treatment programs were desired to determine their effectiveness in a refinery

Its location is in the central Europe near the capital city of Czech Republic Prague

the supply of this precious natural resource has dwindled to a dangerously low level and is no longer able to handle the huge heat removal chores of industry without alarming thermal effects

long-term storage is for an extended period of more than one year

That means that a level playing field for axial impeller performance comparisons is absent

Previous CTI publications show that certain cooling tower configurations and designs are more responsible than others for creating recirculation environments