Abstract:
Water is one of the most important resources while access to clean drinkable water has become a global challenge. The goal of this final-year project is to develop a novel design of an atmospheric water generator that incorporates two critical technologies for generating potable water: atmospheric humidity condensation and hydrogen production through electrolysis. The proposed design aims to utilize the hydrogen generated by the electrolysis process to improve the condensation process of atmospheric humidity and increase the yield of drinkable water. Additionally, the system may be powered by renewable energy sources to make it a sustainable and effective solution for obtaining clean water in regions with unreliable electricity. This project not only aims to provide a dependable source of clean water but also intends to use clean energy for the same, thereby making it an environmentally friendly solution.
