The Role of Robotic Cleaning Devices in Enhancing Public Health Safety in Urban Transportation Systems

Abstract

Urban transportation systems are critical infrastructure that serve millions of people daily, making their cleanliness and sanitation paramount to public health safety. This paper explores the role of robotic cleaning devices in enhancing the sanitation and safety of urban transportation systems, such as subways, buses, and train stations. We discuss the integration of advanced robotic cleaners equipped with UV-C light disinfection, HEPA filters, and autonomous navigation systems to systematically clean and disinfect public transportation vehicles and facilities. By analyzing data from implementations in various cities, this study demonstrates the effectiveness of robotic cleaning devices in reducing the spread of pathogens and improving public health safety. The findings suggest that these technologies not only contribute to higher standards of cleanliness but also enhance the perception of safety among passengers, encouraging greater use of public transportation systems. Additionally, the paper highlights the operational efficiencies and cost benefits of deploying robotic cleaning technologies compared to traditional manual cleaning methods.