SUSTAINABLE BIODEGRADABLE MULTI-PURPOSE: UTILIZING SUGARCANE BAGASSE AS A RENEWABLE MATERIAL FOR ECO-FRIENDLY

Abstract

The increasing demand for eco-friendly and biodegradable materials has encouraged research into alternative sources for sustainable packaging. This study aimed to explore the utilization of sugarcane bagasse as an environmentally sustainable and versatile material for multi-purpose applications. Specifically, the study investigated the feasibility of transforming sugarcane bagasse into resilient packaging materials while considering its economic and ecological benefits. Through systematic experimentation and analysis, the research sought to provide insights into the effectiveness of sugarcane bagasse-based materials for various packaging needs. The study employed experimental research methods to evaluate the suitability of sugarcane bagasse for packaging applications. Sugarcane bagasse underwent processing techniques such as chemical treatment using sodium hydroxide and blending with starch to enhance structural integrity. The researchers analyzed the effects of these processing methods on the quality and durability of the resulting packaging materials. Cost analysis was also conducted to assess the financial implications of transitioning to sugarcane bagasse-based packaging. The findings revealed that sugarcane bagasse-based packaging exhibited strong resistance to mechanical stress and water infiltration, indicating its potential as a sustainable alternative to conventional packaging materials. Experimental results showed that specific processing techniques significantly enhanced the structural integrity and overall quality of the material. In addition, cost analysis demonstrated that sugarcane bagasse-based packaging had competitive production costs compared to traditional alternatives, highlighting its long-term cost-effectiveness. This study highlights the potential of sugarcane bagasse as an eco-friendly and biodegradable material for various applications. The results support the viability of sugarcane bagasse-based materials as sustainable alternatives to conventional packaging, offering both economic and environmental advantages. With appropriate processing techniques and further research and development, sugarcane bagasse-based materials may achieve broader adoption. Such advancements can help reduce environmental impact and promote sustainability within the packaging industry.