The methyl isocyanate release in Bhopal was devastating because the process had been designed without any release mitigating safeguards.

The methyl isocyanate release in Bhopal was devastating because the process had been designed without any release mitigating safeguards.

• A. True
• B. False
• C. Not sure
• D. Partly true

Answer: (B)

A large toxic release is rarely caused by having zero safeguards; what matters is whether the safeguards in place are capable, reliable, and properly maintained. In Bhopal, there were release-mitigating measures such as venting/neutralization systems and cooling to slow the reaction. These safeguards were not sufficient for a worst‑case scenario and were undermined by design weaknesses, maintenance gaps, and safety-management failures. The disaster resulted from a combination of factors, not the complete absence of safeguards, so the statement is not correct.

A large toxic release is rarely caused by having zero safeguards; what matters is whether the safeguards in place are capable, reliable, and properly maintained. In Bhopal, there were release-mitigating measures such as venting/neutralization systems and cooling to slow the reaction. These safeguards were not sufficient for a worst‑case scenario and were undermined by design weaknesses, maintenance gaps, and safety-management failures. The disaster resulted from a combination of factors, not the complete absence of safeguards, so the statement is not correct.