ABSTRACT
The research work explores the possibility of utilizing urine, the most abundant waste on earth as an unconventional, yet, plausible alternative to generate electricity. A groundbreaking two-phase method has been introduced that utilizes a urea electrolytic cell to convert urine into electricity. In the initial phase, urea-rich water is broken down to extract Hydrogen, which serves as the primary input for electricity generation in the subsequent phase. Our paper comprehensively examines the technology employed in the urine powered generator, elucidates the intricacies of the process, and assesses the overall efficiency of the integrated system, positioning it as a promising advancement for the future. Furthermore, a comparative analysis is conducted against existing energy sources, shedding light on the environmental, economic, and technological advantages of our approach.
