The adiabatic saturator system was put up to support cheaper means of providing cooling comfort without the use of refrigerant, compressor and pressurized piping but instead with the use of a fan and water pump.  Thus, the study aims to evaluate the result of a simple, effective, environmentally friendly and healthy cooling process.

          Water being the universal coolant and the working fluid that can meet many air-conditioning is used as a cooling agent. Provided that one of the objectives of the study is to provide cooling comfort, a water pump is placed on the collection basin under the coil and sprinkles droplets of water over a coil in the stream, which achieves adiabatic saturation process.

          Therefore, different measures were considered to study and evaluate the performance of the cooling system, such as: taking and recording the wet bulb temperature using a thermocouple which is placed on the collection basin, the temperature of the air leaving the saturator which is placed on the exhaust, and at the same time the ambient temperature. It has been monitored that wet temperature is always lower than the dry temperature & coolness is dependent on the atmospheric temperature.

          Recorded data revealed that air-conditioning could be achieved through adiabatic saturation process with economically cheaper materials, lesser energy consumption yet an effective form of comfort cooling.