MSME Registered ISO 9001:2015 Certified Open Access
journal@vidyawan.in Working Hours: 9am – 9pm
Journal / Archives / Electronics & Communication / VDW-2026-7B1E696
Electronics & Communication

Smart Waste Sorter-Automatic Waste Segregation System.

Rupali Raju Bhumkar Ms. Sharonya Shekapure Ms. Anushka Shriwardhankar Ms. Pragati Shinde Ms. Tanvi Waghmode
Datta Meghe College of Engineering, Airoli Published: 15 June 2026 Vol. 1, Issue 1 — pp. 16–21 264 views
Abstract

Today, the rapid increase in the population and the urban development has led to an increase in the level of solid wastes in India. Managing this waste efficiently has now become a major challenge for the modern societies. One of the main problem in waste management is the lack of segregation at the source. This leads to environmental pollution, health risks and inefficient recycling process. To overcome such issues, this project presents an Automated Waste classification and monitoring system powered by IoT. It automatically separates waste into 3 categories that is wet, dry and metallic waste. The system uses ESP32 microcontroller with sensors such as IR sensor, Raindrop sensor, Proximity sensor. A stepper motor is used to move the position of the bins, while a servo motor is used to control the waste inlet flap. This automated system reduces the manual effort required for segregation and improves waste management efficiency, making it suitable for homes, campuses as well in public areas.

Keywords
IoT Waste Segregation ESP32 Servo motor Stepper motor
Full Article PDF
Loading PDF…

We couldn't load the inline preview. Open the PDF directly instead.

1 /
How to Cite
Rupali Raju Bhumkar, Ms. Sharonya Shekapure, Ms. Anushka Shriwardhankar, Ms. Pragati Shinde & Ms. Tanvi Waghmode (2026). Smart Waste Sorter-Automatic Waste Segregation System.. Volume of International Discoveries and Youth Academic Works, Achievements, and Novelties - VIDYAWAN, 1(1), 16–21. https://doi.org/10.5281/zenodo.20705160

Cited via DOI — this article is permanently archived on Zenodo.

Article Info
Pub ID
VDW-2026-7B1E696
Category
Electronics & Communication
Author
Rupali Raju Bhumkar
Co-Authors
Ms. Sharonya Shekapure, Ms. Anushka Shriwardhankar, Ms. Pragati Shinde, Ms. Tanvi Waghmode
Institution
Datta Meghe College of Engineering, Airoli
Published
15 June 2026
Volume
Vol. 1, Issue 1
Pages
pp. 16–21
Access
Open Access
License
CC BY
Views
264
Share This Article

Help others discover this research.