Evolution Of Waste Management Policies In India: From Traditional Practices To Smart City Frameworks
Keywords:
Waste Management, India,Policy Evolution,Solid Waste Management Rules,Traditional Practices,Smart Cities Mission,Swachh Bharat AbhiyanAbstract
The progression of waste management regulations in India illustrates the nation's shift from traditional sustainable methods to organized, technology-driven systems designed to meet the challenges of contemporary urbanization. Historically, Indian civilization depended on decentralized, sustainable practices such as composting, reuse, and community-oriented sanitation, which were closely associated with cultural and religious principles. The emergence of industry, population expansion, and the proliferation of non-biodegradable materials severely burdened these conventional systems, revealing substantial deficiencies in public health and environmental safety. This study examines the chronological evolution of India's waste management rules, starting with the Municipal Solid Wastes (Management and Handling) Rules, 2000, and concluding with the comprehensive Solid Waste Management Rules, 2016. It analyzes the expansion of legal frameworks to encompass diverse waste streams—including plastic, biological, and electronic trash—while simultaneously redefining the responsibilities of local authorities, companies, and individuals. The research emphasizes the incorporation of advanced technology inside national programs such as the Swachh Bharat Mission and the Smart Cities Mission, concentrating on approaches like decentralized waste management, source segregation, and circular economy concepts. This article highlights the significance of inclusive governance, technological innovation, and public participation in the development of sustainable urban settings by examining the evolution of this strategy. It provides an analysis of the problems and opportunities confronting India in its pursuit of developing efficient, resilient, and ecologically sustainable waste management systems.