Which of the following can help to minimize the risk of electric shock in wet areas of a healthcare facility?

The installation of Ground Fault Circuit Interrupter (GFCI) outlets is an effective measure to minimize the risk of electric shock in wet areas of a healthcare facility. GFCI outlets are designed to detect imbalances in electrical current and interrupt the circuit when a ground fault is sensed. This is particularly essential in wet areas where the risk of electricity conducting through water or damp surfaces is heightened, making it easier for electric shock to occur. By using GFCI outlets, healthcare facilities protect patients and staff from potential electrocution hazards, ensuring a safer environment where electrical equipment is used near water sources.

In contrast, standard electrical outlets do not provide this level of protection and can increase the risk of electric shock in wet conditions. Regular cleaning and rinsing of equipment may help maintain hygiene but do not address the electrical hazards. Keeping equipment off the floor may prevent other risks, such as water damage or tripping hazards, but does not fundamentally mitigate the risks associated with electric shock in wet environments. Hence, GFCI outlets serve as a crucial safety feature in such settings.