Bonding and grounding during propane dispensing primarily helps to:

Bonding and grounding during propane dispensing primarily helps to:

• A. Improve signage readability
• B. Increase flow rate
• C. Minimize the risk of ignition from static electricity
• D. Reduce the weight

Answer: (C)

Bonding and grounding during propane dispensing focus on preventing ignition from static electricity. Propane systems can build up static charges as the liquid flows through hoses and into a container. If there’s a voltage difference between the nozzle, hose, container, and dispenser, a spark could form at the connection and ignite propane vapors. Bonding connects all conductive parts so they share the same electrical potential, and grounding provides a path to the earth to drain away any accumulated charge. Together, they dramatically reduce the risk of a static spark igniting the fuel. This safety measure isn’t about readability of signs, how fast the fuel flows, or the weight of equipment—those factors aren’t affected by bonding and grounding.

Bonding and grounding during propane dispensing focus on preventing ignition from static electricity. Propane systems can build up static charges as the liquid flows through hoses and into a container. If there’s a voltage difference between the nozzle, hose, container, and dispenser, a spark could form at the connection and ignite propane vapors. Bonding connects all conductive parts so they share the same electrical potential, and grounding provides a path to the earth to drain away any accumulated charge. Together, they dramatically reduce the risk of a static spark igniting the fuel.

This safety measure isn’t about readability of signs, how fast the fuel flows, or the weight of equipment—those factors aren’t affected by bonding and grounding.