Today evaporative cooling service in Melbourne is quite popular. The procedure uses evaporated water from cooling hot air and delivers healthy, natural and clean air at extremely low energy consumption. The technique is a common phenomenon that occurs at a swimming pool on a hot day. When wind hits the wet body, the individuals feel chill until the evaporating water dries. Application of Evaporative Cooling in Modern Mechanisms Industry experts abhor the heating in Melbourne conditions. They opine evaporative cooling facilitates the situation significantly. In ancient times, Egyptians, Greeks, and Romans used the concerned mechanism by hanging wet mats in front of the tents and window openings. When hot air blows through the mats it helps in lowering the interior temperature reasonably. Today, the mats have evolved into cooling pads. The heart of the contemporary evaporative cooling mechanism is the cooling pad that facilitates water evaporation as air passes through it. Cooling pads are essentially manufactured from fluted cellulose sheets that designers glue together. The material gets impregnated with special compounds to prevent rotting. Additionally, it fosters minimal maintenance and longer service life. A distinct water distribution mechanism facilitates spreading of water over the cooling pads. It ensures uniform water supply to keep the entire surface wet and optimise cooling capacity. Evaporation occurs from contact between water and air. a specialised and controlled mechanism operate the fan and water pump, distributing the cool air in the premises. The benefits of the mechanism are – • consumes less energy • procures clean air that discards the risk of virus and bacteria • It is virtually a maintenance-free equipment • requires no refrigerants or chemicals Established businesses procure evaporative cooling solutions that comes with an air pre-filtering mechanism and delivers a much clean air quality. The natural phenomenon procures slight humidity that removes bacteria and slows dpwn the spread of viruses in the air.