Modeling of Water Generation from Air Using Anhydrous Salts

The atmosphere contains 3400 trillion gallons of water vapor, which would be enough to cover the entire Earth with a one-inch layer water. As air humidity is available everywhere, it acts as an abundant renewable reservoir, known atmospheric efficiency harvesting system depends on sorption capacities water-based absorption materials. Using anhydrous salts efficient process in capturing and delivering from ambient air, especially under condition low relative humidity, 15%. Many water-scarce countries, like Saudi Arabia, receive high annual solar radiation have relatively levels. This study focused simulation modeling three different environments: copper chloride (CuCl2), sulfate (CuSO4), magnesium (MgSO4), produce drinking regions. By using mathematical model simulate absorption, this attempts compare results current computed laboratory experimental static dynamic humidities. paper also proposes prototype these salts. A sensitivity analysis was undertaken selected determine how uniformity their stratified structures, thicknesses, porosities applied influence results.