The quest for sustainable energy sources has led to the exploration of biomass-based alternatives to traditional fuels. This study focuses on enhancing the energy efficiency of sugarcane-based briquettes, derived from sugarcane bagasse, as a potential substitute for coal. Sugarcane bagasse, a fibrous residue from sugarcane processing, presents a promising renewable resource due to its high fiber content and widespread availability. The research aims to improve the calorific value, combustion performance, and overall energy output of these briquettes through optimized processing techniques.
An experimental design was employed to investigate the effects of varying moisture content, binder ratio, and compression force on the efficiency of sugarcane-based briquettes. Comparative analyses were conducted against traditional coal to evaluate the briquettes' performance in terms of combustion duration, heat output, and emission levels. The study also assessed the cost-effectiveness, availability, and environmental impact of sugarcane-based briquettes.
Results indicate that optimized sugarcane-based briquettes exhibit significant improvements in calorific value and combustion efficiency. positioning them as a viable and eco-friendly alternative to coal. The study highlights the potential benefits for various stakeholders, including consumers, farmers, manufacturers, and policymakers, by promoting renewable energy practices and contributing to environmental sustainability.
This research underscores the importance of advancing biomass briquette technology and offers valuable insights for future studies on sustainable biofuels. The findings support the development of efficient and environmentally responsible energy solutions, aligning with global efforts to reduce reliance on non-renewable resources and mitigate climate change.