SMART INTEGRATED WASTE MANAGEMENT SYSTEM COMBINING E-WASTE REDUCTION AND ARDUINO-BASED ORGANIC WASTE DECOMPOSITION

Abstract

By combining an innovative organic material breakdown system with experimental electronic waste (e-waste) treatment techniques, this research investigates a dual-mode approach to sustainable household waste disposal.  The initial section looks into managing e-waste at home utilizing typical composting methods to add processed leftovers to soil and controlled burning to lower the number of recyclable items.  The efficiency of these techniques in reducing their negative effects on the natural world, improving the condition of the soil, and fostering the preservation of resources is assessed through practical experiments.  Results show significant promise for improving soil health and reducing waste, but compliance with environmental standards and safety precautions is crucial.  An Arduino-based smart organic waste decomposer with a Wi-Fi module for remote monitoring and control is presented in the study's second section. Whereas networking capabilities allow customers to monitor system performance and get real-time updates, intelligent algorithms optimize the deconstruction process.  The efficiency, ease, and usability of disposing of organic waste at home are all improved by this technological integration.  These elements work together to provide an all-encompassing, sustainable waste management system that promotes user involvement and environmental preservation.  Possibilities for future development, increased safety, and wider use of environmentally conscious waste treatment methods are highlighted by the integrated strategy.