Portable Water Cooling System Using Desert Cooler

Water coolers are quite prevalent in areas with hot and dry climates. In such climates, cool drinking Desert water is also desirable. In the wake of climate change and rising awareness about green products, looking for ways to reduce consumption of electricity is the need of the hour. The goal of our work is mainly to design an attachment which will use basic laws of thermodynamics and design, to cool drinking water instead of consuming additional electricity. Our work is to design an extension device that is mounted on a desert cooler and uses the properties of certain materials to pass through the water cooled by the desert cooler during its usage. It includes design an extension device (accessory) that can be mounted on a desert cooler and utilizing the properties of certain materials to pass through the water cooled by the desert cooler during its usage. We analyze different geometries and materials for pipes to pass through the desert cooler's water. The analysis results serve as a proof of concept. By using this apparatus, a sufficient temperature drop is detected in our drinking water which passed through the piping of our designed accessory. We have analyzed different geometries and materials for pipes to pass through the desert cooler's water. The analysis results serve as a proof of concept. By using this apparatus, a sufficient temperature drop is detected in our drinking water.