Cycles of concentration Cycles of concentration are also estimated by the ratio between specific conductance of the cooling water and the water From these relationships the amount of bleed required to maintain a specific cycle of concentration is determined by: Bleed (B) = Evaporation (E) /CycleC) 1)Get a Quote
The cycles of concentration specifies the relation in between the So assumed the feed water has 100 TDS and the cooling water in the loop has 400 TDS the COC will be 4 As higher the COC as less fresh water is needed for replacementGet a Quote
· As a steam boilers cycles of concentration are increased plants can make more steam with the same amount of feedwater The limit on the number of cycles of concentration determined by the feedwater quality: The purer the feedwater the more cycles that and theGet a Quote
· Two weeks ago we talked about options for theCo I promised we would follow that upGet a Quote
· Surely the of cannot be 4 (0080/0020) To calculate the correct CoC for this system what else do you need to know (assumeGet a Quote
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