Power Generation Using Waste Management System

India's power industry is one of world's biggest energy user, which using 3.4% of the overall energy used by more than 17% of the world's population. In India, thermal power plants produce about 65.34 percent of the country's electricity, followed by hydropower facilities (21.53%), radioactive energy sources (2.70%), and sustainable power sources (10.42%). India's enormous coal deposits provide more than 50% of the country's commercial energy needs. The nation has also made significant recent investments in utilizing green energy, particularly wind energy. India's energy policy is impacted by four key economic and societal factors: a quickly expanding economy, rising household incomes, limited domestic fossil fuel reserves, and the unfavorable environmental effects of both metropolitan and rural regions' rapid growth. Meanwhile, the lack of electrical electricity in rural regions is a persistent problem. Knowing and estimating the resources that are accessible, applying their relationship to the people, and managing the shifting circumstances effectively are of the utmost importance. One of the most crucial tasks in a nation to attain sustainable growth is solid disposal management. It has been one of the least important roles in India over the past few decades. In India today, open disposal and unrestricted burning are the two most popular methods of garbage treatment. These practices are seriously harming people's health and the ecosystem. Like the majority of indian towns, COK has had trouble keeping up with the urbanization of recent years, which has led to inadequate gathering of urban solid refuse and overloaded dumpsites. The rapid industrialization's additional effect is a rise in energy consumption. Therefore, Society need a procedure that reduces municipal garbage while also allowing us to generate power from the waste that is disposed of. This research assists with the handling of solid waste and will provide a method to generate electricity from food/kitchen waste.