Abstract
Utilizing the energy found in biogas presents an intriguing substitute for balancing the production of renewable electricity with environmental cleanliness. Anaerobic digestion is one method of recovering energy from biomass that shows promise in treating solid waste and effluents. This study shows how home garbage can be a rich source of biogas because of its high calorific value and biodegradability, which can help minimize the need for fossil fuels. The results of the home waste's physicochemical examination were established. The findings from the physicochemical examination of the household trash comprise the following percentages: moisture (69.2%), total solids (38.2%), volatile solids (71.7%), and carbon (40.71%). Methane, which has a calorific value of 2420 kcal/kg, is confirmed to be the main element in biogas through characterization.
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