Year: 2025
Type: article
Abstract: The growing worldwide waste emergency requires breakthrough sustainable solutions that exceed standard recycling methods. BOOM (Best Out of Waste) presents a structured framework that converts non-biodegradable and household waste into value-added products through creative reuse and community engagement. The main objective of this research investigate how regular waste materials can transform into useful items that decrease environmental impact while supporting social business development. The research used a mixed-methodology, which integrated both qualitative field observations and handson prototyping with quantitative material recovery efficiency assessment. The research methodology included community workshops' essential components, school-level innovation hubs, and artisan collaborations. The research data was gathered from various socio-economic environments to evaluate both implementation possibilities and user acceptance levels, and financial efficiency. The research data shows that pilot areas achieved waste volume reductions reaching 45% while simultaneously raising environmental understanding and economic possibilities for disadvantaged communities. The BOOM model shows excellent replicability and adaptability because it needs minimal financial resources to deliver substantial environmental and social benefits. This research establishes a practical framework that enables waste-to-resource strategies to be incorporated into educational programs and urban development plans, and micro-enterprise creation initiatives. The research connects sustainability targets to local implementation practices, particularly in cities and towns. The research presents an original approach through its interdisciplinary design, which transforms waste into resources instead of waste disposal. BOOM establishes creativity as a change-making instrument to transform waste management practices in India and across the world
Author: Suman Jha
Language: English
Subfield: Waste Management and Disposal
Field: Environmental Science
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4410597445