Evaluating the Disinfecting Capabilities of an Interconnected Wearable Far UVC Vest

Stationary ultraviolet (wavelength range C, UVC) lamps are routinely utilized for antibacterial and antiviral disinfection over large enclosed spaces and rooms. However, the harmful effects of UVC on humans limit its broader applicability. Recently, a novel Far UVC modality (emission wavelengths 200–230 nm) has been proposed. Numerous studies suggest that it is harmless to humans, while retaining the disinfection capabilities of traditional UVC. While this emerging technology has been expanding its utility in stationary environments, no wearable garments embedding it have been tested. Therefore, the disinfecting capabilities of such garments have not been evaluated. The aim of this study is to model the disinfection effectiveness of interconnected wearable vests embedding Far UVC technology.