Question 1

How are the fog droplet sizes controlled and why is droplet size important?

ready · Accepted Answer

Small droplets are important because they expose more of the water’s surface to the surrounding air. Water only evaporates from the surface, so exposing more surface area means the air can be cooled faster and less water drips off the heat exchanger. Dripping water is lost to the evaporative cooling process, so minimizing it saves water and ensures maximum cooling for a given water flow rate.

Question 2

How are the fog droplet sizes controlled and why is droplet size important?

ready · Accepted Answer

Small droplets are important because they expose more of the water’s surface to the surrounding air. Water only evaporates from the surface, so exposing more surface area means the air can be cooled faster and less water drips off the heat exchanger. Dripping water is lost to the evaporative cooling process, so minimizing it saves water and ensures maximum cooling for a given water flow rate.

Question 3

How are the fog droplet sizes controlled and why is droplet size important?

ready · Accepted Answer

Small droplets are important because they expose more of the water’s surface to the surrounding air. Water only evaporates from the surface, so exposing more surface area means the air can be cooled faster and less water drips off the heat exchanger. Dripping water is lost to the evaporative cooling process, so minimizing it saves water and ensures maximum cooling for a given water flow rate.

How are the fog droplet sizes controlled and why is droplet size important?

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