What is static electricity's risk in ammunition storage, and how is it controlled?

• A. Static is not a concern in ammunition storage.
• B. Static can trigger an ignition; control by grounding and bonding, using anti-static flooring and mats, and eliminating spark sources.
• C. Static electricity can be beneficial to detonation.
• D. Only use metal floors.

Answer: (B)

Static electricity can create a spark that ignites propellants or primers in ammunition, so the risk is real and must be managed. The best way to control it is by keeping all parts of the storage system at the same electrical potential and removing ignition sources. Grounding and bonding ensure that containers, pallets, racks, and the building are electrically connected so charges don’t build up or discharge when items are moved or touched. Using anti-static flooring and anti-static mats helps dissipate charges from surfaces and footwear, reducing how much static accumulates during handling. Eliminating spark sources means prohibiting open flames and smoking, using spark-safe lighting and electrical equipment rated for use around explosives, and avoiding any tools or processes that could generate sparks. Together, these measures minimize the chance that a static discharge will ignite stored ammunition.

Other options aren’t correct because static electricity is indeed a concern in ammunition storage; static discharge is not beneficial to detonation, and relying on metal floors alone does not address all ignition risks without proper grounding, bonding, and anti-static measures.