Smart Waste Segregation and Collection System with IoT-enabled Monitoring and Analytics

Plastic waste management has become a crucial problem in today's society, disrupting the balance of the environment and negatively impacting public health. The conventional methods of waste monitoring and management are complex, time-consuming, and require significant human strive and resources. As a solution to this problem, this paper proposes a smart waste management system that uses Internet of Things technology. The system uses sensors to segregate waste into different categories, such as plastic, biodegradable, and metallic waste. The segregation process includes three phases, utilizing ultrasonic and capacitive sensors, dryer modules, and load sensors to dry and separate waste. The system also incorporates an android application that monitors real-time data through IoT and Bluetooth connectivity. The proposed solution aims to reduce the plastic rate and create a more sustainable environment by recycling collected plastic waste. The system's future scope involves enhancing its accuracy of plastic separation and incorporating more advanced technologies to enhance its efficiency and effectiveness. The proposed model demonstrates a potential of IoT to provide a transparent and sustainable solution to the growing problem of plastic waste management.