THE EFFECTIVENESS OF PAPAYA PEEL BRIQUETTE AS AN ALTERNATIVE FOR TRADITIONAL CHARCOAL

Abstract

Climate change is partly driven by environmental practices such as the use of liquefied petroleum gas (LPG) and the production of charcoal, which contribute to deforestation and air pollution. In response, the researchers conducted a study focused on developing an environmentally friendly alternative to traditional charcoal by utilizing agricultural waste, specifically papaya peels. This approach aimed to support waste management efforts while reducing deforestation. An experimental research method was employed in this study. The research aimed to evaluate the effectiveness of papaya peel briquettes as an alternative to traditional charcoal for household energy use. The assessment focused on heating efficiency, burning time, and environmental impact. The experimental design allowed for a systematic evaluation of the performance of papaya peel briquettes and their potential as a renewable energy source. The study examined the performance of papaya peel briquettes in comparison with traditional charcoal. Experimental results indicated that papaya peel briquettes demonstrated effective heating performance and emitted fewer harmful substances into the air. These findings suggest that papaya peel briquettes may serve as a viable and eco-friendly alternative energy source. The use of papaya peel briquettes as an alternative charcoal source shows promising potential in addressing both environmental and economic concerns. Their efficient combustion and reduced emissions make them a sustainable option for household energy use. With further research and development, papaya peel briquettes could contribute to cleaner energy practices and help reduce the environmental impact associated with traditional charcoal production.