Solid Wastage Management System For Smart Cities (KEY IJP************957)

• 1s A Mansoor, M.pavan Kumar Gowd N.chandra Mohan S. Mansoor Basha V.kiran Kumar Reddy A. Charan Sai Raj,

Abstract

Abstract The "Solid Waste Management System for Smart Cities" is a pioneering project designed to address the challenges of waste management in urban environments. Leveraging the power of ESP32 microcontroller, ultrasonic sensors, a Blynk app for IoT communication, and a local alert system with a buzzer, this system presents an innovative solution for efficient waste monitoring and management. The core functionality of the system revolves around the ESP32 microcontroller, a versatile and powerful device that acts as the brain of the waste management system. Integrated with ultrasonic sensors, the ESP32 enables real-time monitoring of waste levels in designated bins. This data is crucial for optimizing waste collection routes and schedules. The Blynk app serves as the user interface, allowing city administrators and waste management personnel to remotely monitor the waste levels, receive alerts, and manage the waste collection process efficiently. The integration of IoT technology through the Blynk app ensures real-time communication and data accessibility. Local alerts are incorporated into the system using a buzzer, providing immediate notification to on-site personnel when a waste bin reaches a predefined threshold. This local alert mechanism ensures timely response and prevents overflowing, contributing to a cleaner and more organized urban environment. The project's theoretical framework emphasizes the integration of IoT, sensor technology, and local alert mechanisms to create a smart and responsive waste management system. The real-time data provided by the ESP32 and ultrasonic sensors, coupled with the convenience of the Blynk app, offers a holistic approach to waste monitoring and collection. The "Solid Waste Management System for Smart Cities" represents a paradigm shift in waste management practices, providing a technologically advanced and efficient solution for urban areas. By harnessing the capabilities of ESP32, ultrasonic sensors, and IoT communication, this project contributes to the creation of cleaner, more sustainable, and smarter cities.Keywords smart cities, IoT module, Arduino Nano MCU, OLED display