Electrical grounding, while often misunderstood or overlooked, is a vital component to providing safe and reliable electrical systems within water and wastewater facilities. For facility staff, grounding issues can appear as nuisance trips, unexpected equipment failures, electrical noise in instrumentation, or even shock hazards to personnel. This presentation is designed to provide water professionals with a clear, practical understanding of electrical grounding without diving deep into electrical theory or code language. The session will explain the basics of grounding and why it matters in everyday plant operations. Topics include the difference between grounding and bonding and how fault currents are intended to flow. Common grounding methods used in water and wastewater facilities—such as ground rods, building steel, equipment grounding conductors, and concrete-encased electrodes—will be discussed from an operational perspective. Special attention will be given to real-world issues frequently found in facilities. These include loose or corroded ground connections, missing bonding jumpers, multiple neutral-to-ground connections, and modifications made over time that unintentionally compromise the original grounding design. The presentation will explain how these conditions can create safety hazards, interfere with instrumentation and controls, contribute to stray voltage, and complicate troubleshooting efforts. Rather than focusing on code compliance alone, this session emphasizes warning signs that may indicate grounding problems. Practical examples will help attendees connect grounding concepts to the equipment and systems they work with every day, such as motors, VFDs, MCCs, and process instrumentation. By the end of the presentation, attendees will have a stronger foundational understanding of electrical grounding, greater confidence when working around electrical systems, and improved awareness of conditions that can lead to grounding-related problems. The goal is to help water professionals better recognize issues early, communicate more effectively with electricians and engineers, and support safer, more reliable plant operation.