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What are ideal conditions for evaporative cooling system?

What are ideal conditions for evaporative cooling system? Correct Answer Hot and dry conditions

The evaporative cooling is the process of reducing the temperature of system by evaporating the water. It has been used in India for centuries to store water in the earthen pots. The water infuses through the pores of earthen vessel to its outer surface where it evaporates to the surrounding and then absorbs its latent heat from the vessel, which in turn cools the water.

Related Questions

Consider the following statements for cooling towers: 1. Cooling tower is an artificial device used to cool the hot cooling water coming out of condenser more effectively. 2. The amount of water usually lost with induced draft cooling tower ranges from 5% to 6% by evaporation. 3. The amount of water usually lost with induced draft cooling tower ranges from 7% to 8% by drift losses. 4. The rate of evaporation of water and its cooling effect on the remaining water depends upon the relative humidity of air passing through the tower. Which of the above statements are correct?
What is the main difference between simple air cooling system and simple air evaporative cooling system?
What is the difference between Boot-strap air cooling system and Boot-strap evaporative cooling system?
If cooling of 45 minutes or less is required, it may be advantageous to use evaporative cooling system.
For what condition, evaporative cooling system is ideal?
Minimum temperature upto which water can be theoretically cooled down in the cooling tower by evaporative cooling is equal to the __________ temperature of air.
Evaporative cooling process employs a combination of cooling and humidification in which the
The cooling tower uses the phenomenon of evaporative cooling to cool warm water above the dbt of air.
The bypass factor, in case of sensible cooling of air, is given by (where td₁ = Dry bulb temperature of air entering the cooling coil, td₂ = Dry bulb temperature of air leaving the cooling coil, and td₃ = Dry bulb temperature of the cooling coil)
The bypass factor, in case of sensible cooling of air, is given by (where td1 = Dry bulb temperature of air entering the cooling coil, td2 = Dry bulb temperature of air leaving the cooling coil and td3 = Dry bulb temperature of the cooling coil)