Smart Waste Management System With Level Indicators For Effective Garbage Segregation

Authors

  • Mr. Md Khaja Pasha Assistant Professor; Department of Electronics and Communication Engineering, Lords Institute Of Engineering And Technology, Hyderabad, India. Author
  • Mohd Khader, Mohd Fahad Ur Rehman, Sanober Saniya, Mohammed Masood B.E.Students; Department of Electronics and Communication Engineering, Lords Institute Of Engineering And Technology, Hyderabad, India. Author

Keywords:

IoT, IRSensor, Node MCU, HC-SR04 sensor, Thing Speak

Abstract

The rapid growth in urbanization and population has increased the generation of municipal solid garbage, 
providing significant challenges to waste management systems. Hence, to solve the issues in waste management, 
it suggested Internet of Things (IoT) smart-based Smart Waste Management (SWM) with level indications. This 
system combines IoT technologies to improve the efficiency and sustainability of the garbage disposal process. 
The suggested SWM system includes sensor-equipped garbage bins that can monitor and transmit accurate 
information on their fill levels. Sensor-equipped garbage bins optimize waste disposal by providing real-time 
data, enhancing efficiency and providing timely predictions in trash management. Furthermore, the use of smart 
garbage bins helps the separation of various types of waste, increasing eco-friendly behaviours and helping 
recycling activities. The level indicators not only improv efficiency but also help to reduce environmental effects 
by lowering overflowing bins and eliminating waste. As a result, this research makes use of the architecture, 
functionality, and potential benefits of the IoT basedSWM system, highlighting its role in supporting responsible 
waste management practices, resource conservation, and the development of urban areas.

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Published

2026-05-25

Issue

Section

Articles

How to Cite

Smart Waste Management System With Level Indicators For Effective Garbage Segregation . (2026). International Journal of Engineering and Science Research, 16(2), 887-892. https://ijesr.org/index.php/ijesr/article/view/1790

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