Efficient Hospital Waste Treatment and Management Through IoT and Bioelectronics

Abstract

This chapter explores the challenges and risks of hospital waste management, highlighting the potential of IoT and bioelectronics to improve waste treatment and disposal. The integration of these technologies can revolutionize waste management, reducing environmental impact and meeting regulatory requirements. IoT can monitor waste generation rates, segregation, and disposal, simplifying operations and reducing human intervention. Bioelectronics enhances IoT by sensing and analyzing waste materials, detecting infections and other hazards in medical waste for efficient processing. By improving disposal processes, waste treatment systems can meet regulatory requirements and reduce health and environmental concerns. IoT data can improve waste management plans, but data security, infrastructure integration, and cost must be considered during installation. Future advancements in artificial intelligence and machine learning could enhance waste management operations through predictive analytics and optimization. In conclusion, IoT and bioelectronics have the potential to transform hospital waste management, improving efficiency, sustainability, and regulatory compliance. Further research, innovation, and cooperation are needed to fully utilize these technologies.