Sustainable Healthcare System for Pharmaceutical Waste Reduction and Smart Medical Waste Identification

We suggest that health care systems based on AI are more sustainable because they can help with classification and management of waste produced from medical and pharmaceutical sources. In this regard, we make use of machine learning algorithms to automate the categorization of medical waste based upon whether it falls into one of four possible categories: (1) Biodegradable, (2) recyclable, (3) hazardous & (4) pharmaceutical. Computer vision (image processing) techniques and deep learning, in particular CNNs using MobileNetV2 models have been developed to classify various types of medical waste to achieve accurate results. In addition, we have developed a module to analyze past data and provide forecasts regarding future demand for pharmaceutical waste; the module will assist hospitals with decision making related to how much space they should reserve for storing usable pharmaceuticals. Users will also be able to make informed decisions through the user-friendly interface we will provide by employing these techniques within a circular model based upon the principles of sustainability.

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Publication Details

Journal
Iconic Research and Engineering Journals
Published
2026-04-06
DOI
https://doi.org/10.64388/irev9i10-1715930
Primary Topic
Healthcare and Environmental Waste Management
Type
article
Field-Weighted Citation Impact
0.00
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article

Sustainable Healthcare System for Pharmaceutical Waste Reduction and Smart Medical Waste Identification

Dr. G. Sangeetha, V. Bhargav, V. Abhishek, A.E.T. Baskaran
Iconic Research and Engineering Journals
Healthcare and Environmental Waste Management
article

Sustainable Healthcare System for Pharmaceutical Waste Reduction and Smart Medical Waste Identification

Dr. G. Sangeetha, V. Bhargav, V. Abhishek, A.E.T. Baskaran
article en

Abstract

We suggest that health care systems based on AI are more sustainable because they can help with classification and management of waste produced from medical and pharmaceutical sources. In this regard, we make use of machine learning algorithms to automate the categorization of medical waste based upon whether it falls into one of four possible categories: (1) Biodegradable, (2) recyclable, (3) hazardous & (4) pharmaceutical. Computer vision (image processing) techniques and deep learning, in particular CNNs using MobileNetV2 models have been developed to classify various types of medical waste to achieve accurate results. In addition, we have developed a module to analyze past data and provide forecasts regarding future demand for pharmaceutical waste; the module will assist hospitals with decision making related to how much space they should reserve for storing usable pharmaceuticals. Users will also be able to make informed decisions through the user-friendly interface we will provide by employing these techniques within a circular model based upon the principles of sustainability.

Iconic Research and Engineering JournalsVol. 9(10)
Openalex Percentile: Top 7%
Healthcare and Environmental Waste Management
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