Authors:
Shiela Mae C. Bello, MAEd, Elmerson L. Barañao, MAEd, Kate Cyrene P. Pineda, Catrynn Alex D. Fajardo,
Xysie Ann M. Lagade, Nicky Robin F. Dela Cruz, Cygiel S. Subayco, John Caesar V. Vistal, Cherdaniel S. Vidal
|
Abstract:
Improper disposal of waste is a rampant problem that contributes to pollution. The objective of the study is
to create an automatic waste segregator bin to be used by households utilizing proximity sensors. Papers,
plastics, and metals are common wastes at home. Using proximity sensors such as inductive, and
capacitive sensors, and with the help of motors, the machine can automatically segregate the papers, plastics,
and metals into their correct bins. The researchers created the whole setup of the motors and sensors using
wood, pipe, screws, and nails to be able to create a functional segregator machine. Proving its effectiveness,
testing procedures were conducted in detecting and segregating papers, plastics, and metals, then each was
tested based on its maximum weight capacity, the detection time, and lastly, the success rate of being able to
detect different types of waste were tested. The results showed that the segregator has a success rate to detect
100% of metals accurately, 100% of papers, and 100% of plastics. The segregator bin has a maximum weight
of 0.6 kg and an average detection time of 1.73 seconds. Through the different testing procedures, the
researchers found that it is feasible to create an automated segregator bin using proximity sensors which is
also a smart recycling bin as it was able to accurately detect papers, plastics, and metals. Although the
researchers were able to attain the desired results, future researchers are still recommended to modify,
innovate, and improve the automated waste segregator bin. |
Keywords:
Waste Segregator Bin, Segregation, Proximity Sensors, Inductive Sensor, Capacitive
Sensors, Waste recycling system, Smart recycling bin |
