Which of the following is a mitigation measure to prevent accidental detonations associated with poor housekeeping and improper segregation?

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Multiple Choice

Which of the following is a mitigation measure to prevent accidental detonations associated with poor housekeeping and improper segregation?

Accidents in this context come from materials being stored or handled in a disorganized way, so the safest approach focuses on keeping things separated, clean, and regularly checked. Strict segregation ensures incompatible materials aren’t stored together or near each other, which prevents unexpected reactions. Good housekeeping removes clutter, spills, and debris that can act as ignition sources or mix with materials in unsafe ways. Regular inspections catch problems early— mislabeled items, damaged packaging, leaks, or deviations from storage procedures—before they can lead to an incident. Increasing product volume would raise the amount of material at risk, potentially increasing consequences. Removing all labels creates confusion and misidentification, a direct safety hazard. Increasing temperature can accelerate chemical or energetic processes and raise detonation risk. So the option that combines separation, cleanliness, and ongoing checks best mitigates the risks associated with poor housekeeping and improper segregation.

Accidents in this context come from materials being stored or handled in a disorganized way, so the safest approach focuses on keeping things separated, clean, and regularly checked. Strict segregation ensures incompatible materials aren’t stored together or near each other, which prevents unexpected reactions. Good housekeeping removes clutter, spills, and debris that can act as ignition sources or mix with materials in unsafe ways. Regular inspections catch problems early— mislabeled items, damaged packaging, leaks, or deviations from storage procedures—before they can lead to an incident.

Increasing product volume would raise the amount of material at risk, potentially increasing consequences. Removing all labels creates confusion and misidentification, a direct safety hazard. Increasing temperature can accelerate chemical or energetic processes and raise detonation risk. So the option that combines separation, cleanliness, and ongoing checks best mitigates the risks associated with poor housekeeping and improper segregation.

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