Abstract
The process of collecting, sorting, moving, and discarding trash to the proper sites is known as waste management. The most crucial problem to address in the design of a waste segregation and monitoring system is the separation of various waste kinds. This means that the garbage must still be separated by hand, which is detrimental to the segregator itself. An automated segregator and monitoring system is reported in this project. Recycling plastic is one way to address this. The practice of recovering plastic that has been thrown away as garbage and repurposing it is known as plastic recycling. The primary controller of the segregating portion is an Arduino UNO. To detect the kind of waste, it has three sensors: a moisture sensor, a capacitive proximity sensor, and an inductive proximity sensor. Trash is categorized as plastic, dry, moist, and metallic. The monitoring portion keeps an eye on the garbage collecting procedure. An economical waste management solution for separating plastic, dry, moist, and metallic trash without requiring constant human attention is the automated waste segregator and monitoring system. Key Words: Waste Management, Segregator, Monitoring, Garbage.
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