What is the effect of bonding and grounding in preventing ignition of energetic materials?

• A. They help dissipate static charges and prevent ignition.
• B. They increase the risk of static buildup.
• C. They are optional in most storage areas.
• D. They only apply to electrical equipment, not munitions.

Answer: (A)

Static electricity is a real ignition hazard when handling energetic materials, so bonding and grounding work to prevent sparks by keeping everything at the same electrical potential and providing a path for charges to flow away safely. Bonding ties conductive objects together, while grounding gives that common potential a direct connection to earth. When these paths are in place, any charge that builds up on containers, tools, or supporting equipment is quickly equalized and discharged rather than accumulating as a dangerous spark near munitions. That means during loading, unloading, transferring, or storage, the risk of an ignition due to static discharge is significantly reduced. In short, bonding and grounding dissipate static charges and prevent ignition; they’re not optional, and the principle applies to munitions as well as electrical equipment.