ISSN:2582-5208

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Paper Key : IRJ************789
Author: M.balaji,M.vishwa,S.harish,N.manikandan
Date Published: 24 Apr 2024
Abstract
Inadequate waste management and transportation have severely contaminated the atmosphere, putting living organisms, inanimate items, and the layers of the atmosphere at risk. Negative effects and environmental disturbances have not halted despite years of improper garbage management. The company has an uphill battle in locating and monitoring trash in the neighbourhood. The rising need for human labour, time, and money makes it impractical to use the technology of our bygone period. The proposed system is an innovative method that streamlines waste management. There are several uses for the new technology known as the Internet of Things. As a result, new, cutting-edge methods and technologies are being developed to enhance the Internet of Things ecosystem. This technology connects and controls objects via the internet. The IoT-based smart waste monitoring system is a fantastic idea that will help towns maintain a clean environment. Good waste management is one of the biggest problems in heavily populated metropolitan regions. Because of environmental contamination, living sustainably and healthily in urban settings is getting harder and harder. The lack of a proper waste management plan causes problems like waste overflow. We have reviewed a number of recent research papers on smart waste management systems and discovered that almost all of them have both notable improvements and drawbacks. In order to promote environmental hygiene and sustainable urban life, we have created a clever IoT-based integrated system that is made up of an identity system, an automatic lid system, a display system, and a communication system. A microcontroller called the Arduino Uno is used to synchronise systems. Sensors are used to identify and quantify the amount of garbage. The trash can's garbage status can be continuously monitored by the system, which can also be shown on a liquid crystal display (LCD).
DOI LINK : 10.56726/IRJMETS53061 https://www.doi.org/10.56726/IRJMETS53061
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