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16-14: Controlled Hydrodynamic Cavitation: A Physical Water SofteningCavitation has long been known to be a powerful force usually associated with unwanted destruction of system components. Controlled cavitation however can yield to beneficial outcomes when applied to water treatment for cooling towers. Cavitation forces calcium to be removed creating a mechanical softener that also destroys bacteria. This redirection of force is currently being employed to eliminate scaling and biofouling successfully in cooling

and a high fidelity computational fluid dynamics (CFD) model

The information presented will include both pilot-scale and field generated corrosion and scale control performance data under a variety of operating conditions

the frequency of fan air flow testing to verify new or existing fan performances in cooling towers and air-cooled heat exchangers has increased

These technologies demonstrated that a novel polymer exhibits superior performance in stressed conditions environment

important for high-density urban environments

Such legislation has resulted in the steady de-emphasis of chromate-based treatments in favor of more environmentally safe programs

The Governor's Electric Power Committee has forecasted an increase in power requirements form 13

EVAPCO has designed

very few coolant tower systems employ ion exchange

long standing program for thermal capability certification of factory assembled towers

To best serve our clients

These ice accumulations can have a devastating effect on the tower structure

Exchange/Return Notes