Published Paper Details:

The proliferation of indoor electronic gadgets has raised concerns regarding microbial contamination on their surfaces, posing potential health risks to users. This study investigates the efficacy of UV-C irradiation as a method for the removal of microorganisms from various indoor electronic devices. A systematic review of relevant literature is conducted to assess the current understanding of UV-C technology and its application in disinfection. Experimental protocols are designed to evaluate the effectiveness of UV-C irradiation on different types of electronic gadgets commonly found in indoor environments. Results indicate significant reductions in microbial load following UV-C treatment across various devices, highlighting its potential as a promising disinfection method. Furthermore, considerations for practical implementation, such as exposure time and dosage, are discussed to optimize efficacy while ensuring device integrity. Overall, this research contributes to the advancement of strategies for mitigating microbial contamination on indoor electronic gadgets, thereby enhancing public health and safety.