An Experimental Study of the Production of Drinkable Water from Humidified Air

Abstract

The issue of water scarcity must be resolved immediately. Desalination and other environmentally friendly solutions to this issue are still in the works, but they are still in their infancy. As a result, using atmospheric dew water as a solution to this issue is another option. Environmental dew water has humongous likely in fostering the consumable water. This source actually stays undiscovered generally. Consequently, in this work it is pointed toward removing consumable water by using the barometrical dew water. The compressor, condenser, expansion valve, and evaporator—through which water is collected—were constructed into an experimental setup. For a period of seven months, this water is collected daily, and its yield and purity are experimentally examined. The month to month normal water yield consistently is determined and the expense examination for the age of per liter of water is performed. The findings of this study revealed that the average daily production of water was 20 liters, and the average price per liter was estimated to be INR 14.12/-, or less than $1. This method proves to be a consistent and long-lasting solution to the enormous issue of water scarcity in humid regions.