What approach to inherently safer design uses smaller quantities of flammable materials, reducing the potential consequences should a fire occur?

What approach to inherently safer design uses smaller quantities of flammable materials, reducing the potential consequences should a fire occur?

• A. Minimize
• B. Substitution
• C. Contain
• D. Eliminate

Answer: (A)

Minimizing the amount of flammable material is the approach. By keeping only the smallest quantity necessary, there’s less fuel to feed a fire, so the fire load, heat release, and potential damage are all reduced. This makes any incident easier to control and limits the consequences if a fire does occur. Substitution would replace the material with something less hazardous, containment would focus on preventing release or spread, and elimination would remove the hazard entirely; the scenario described specifically targets reducing the quantity present.

Minimizing the amount of flammable material is the approach. By keeping only the smallest quantity necessary, there’s less fuel to feed a fire, so the fire load, heat release, and potential damage are all reduced. This makes any incident easier to control and limits the consequences if a fire does occur. Substitution would replace the material with something less hazardous, containment would focus on preventing release or spread, and elimination would remove the hazard entirely; the scenario described specifically targets reducing the quantity present.