Which option correctly lists all ignition-risk controls during fueling operations?

Which option correctly lists all ignition-risk controls during fueling operations?

• A. Bonding and grounding, no smoking, spark control, engine off during fueling, and use of a fire watch.
• B. No ignition-risk controls are required.
• C. Only engine on during fueling.
• D. Only bonding and grounding are required.

Answer: (A)

Controlling ignition sources during fueling keeps the environment safe by addressing the main ways a fire could start: static discharge, sparks, open flames, and ignition from equipment. Bonding and grounding prevent a static charge from building up between the fuel source and the aircraft or vehicle, so fuel can flow without a sudden spark. No smoking removes a direct ignition source in a flammable area. Spark control means using non-sparking tools and ensuring electrical equipment is appropriate for use around fuels, minimizing any potential spark near the transfer. Engine off during fueling cuts off ignition sources from running motors and hot components, reducing the chance of ignition from the engine area. A fire watch provides trained personnel to observe for leaks, spills, or signs of ignition and to act quickly if needed. Together these measures cover the major ignition risks present during fueling, making the operation much safer.

Controlling ignition sources during fueling keeps the environment safe by addressing the main ways a fire could start: static discharge, sparks, open flames, and ignition from equipment. Bonding and grounding prevent a static charge from building up between the fuel source and the aircraft or vehicle, so fuel can flow without a sudden spark. No smoking removes a direct ignition source in a flammable area. Spark control means using non-sparking tools and ensuring electrical equipment is appropriate for use around fuels, minimizing any potential spark near the transfer. Engine off during fueling cuts off ignition sources from running motors and hot components, reducing the chance of ignition from the engine area. A fire watch provides trained personnel to observe for leaks, spills, or signs of ignition and to act quickly if needed. Together these measures cover the major ignition risks present during fueling, making the operation much safer.