Question 1

Are there any issues with water fallout or overspray? How are these mitigated?

ready · Accepted Answer

Water fallout is reduced or eliminated by using many fog nozzles with flow rates that are low enough to prevent over-wetting of the coils. Overspray can provide more cooling than would be possible from just evaporatively cooling the inlet air because water can be evaporated off the hot coils themselves.

Question 2

Are there any issues with water fallout or overspray? How are these mitigated?

ready · Accepted Answer

Water fallout is reduced or eliminated by using many fog nozzles with flow rates that are low enough to prevent over-wetting of the coils. Overspray can provide more cooling than would be possible from just evaporatively cooling the inlet air because water can be evaporated off the hot coils themselves.

Question 3

Are there any issues with water fallout or overspray? How are these mitigated?

ready · Accepted Answer

Water fallout is reduced or eliminated by using many fog nozzles with flow rates that are low enough to prevent over-wetting of the coils. Overspray can provide more cooling than would be possible from just evaporatively cooling the inlet air because water can be evaporated off the hot coils themselves.

Are there any issues with water fallout or overspray? How are these mitigated?

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