The provided diagram illustrates a potential future method for generating electricity at home using organic waste. The process is a sequential system that transforms compost into usable electrical energy through several distinct stages.
In the initial phase, a steel tank is filled with a mixture of water and compost, such as food scraps and leaves. This material undergoes fermentation to produce methane gas, which is then directed into a storage unit. Following this, the methane is passed through a compressor, resulting in compressed gas that is transported to a combustion engine. This engine generates mechanical energy, which is subsequently fed into a generator to produce electrical energy.
Finally, the generated electricity is either directed for immediate home use or stored in a battery for later consumption. The entire system creates a closed-loop cycle, allowing households to become self-sufficient by converting everyday waste into a reliable power source. Overall, the diagram highlights a sustainable approach to energy production, demonstrating how organic materials can be effectively repurposed to meet domestic electricity requirements without relying on external utility providers.