Bhopal Gas Accident: Design and System Failures

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Design/system failures in Bhopal

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J.Surya Manideep

India

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Bhopal Gas Accident: Design and System Failures


Bhopal Gas Accident: Design and System FailuresVersión en línea Design/system failures in Bhopal por J.Surya Manideep 1 What design flaw allowed a large MIC release in Bhopal? a Robust containment with redundant tanks b Perfectly sealed storage with alarms c Inadequate containment of MIC in flawed storage tanks d Overbuilt scrubber systems 2 Which system failure worsened the gas release? a Active emergency alarms b Non-functional vent and scrubber systems c Automatic shutdowns that deployed correctly d Overstaffed safety offices 3 What operational decision reduced safety margins? a Adequate maintenance schedule b Deviating from safety protocols and overloading the tank c Strict adherence to SOPs d Regular safety drills 4 Which chemical was released during the disaster? a Chlorine gas b Methyl isocyanate (MIC) c Ammonia d Sulfur dioxide 5 Where did the Bhopal gas tragedy occur? a Union Carbide India Limited plant, Bhopal, India b Dow Chemical HQ, USA c BP plant, London d Shell refinery, Singapore 6 What time frame did the initial release largely occur? a In the early hours of December 3, 1984 b Evening of December 2 c Afternoon of December 4 d Midday of December 3 7 Which design aspect failed to prevent a runaway release? a Redundant alarms and alarms test b Flawed containment and venting design c Adequate emergency water seals d Properly sized scrubbers 8 What key safety feature was lacking or ineffective? a Gas scrubbing, detection, and automatic shutdowns b CCTV surveillance c Fire sprinklers d Air conditioning in offices 9 What broader lesson about facilities does this case highlight? a That only operators matter, not design b That accidents are inevitable c Importance of robust design and independent safety systems d That safeguards are optional in industry 10 What was a significant long-term consequence? a Thousands of deaths and chronic illnesses b Minimal injuries with fast recovery c No impact on surrounding communities d Immediate full containment with no lingering effects Feedback 1 The tanks were not designed to safely contain MIC under pressure, enabling release. 2 Scrubbers and vents failed to neutralize or vent toxic gases properly. 3 Ignoring safety procedures and overloading increased the chance of catastrophic failure. 4 MIC is a highly toxic, reactive chemical involved in the release. 5 The incident happened at the plant in Bhopal, operated by UCIL. 6 The gas leak began overnight, catching residents unaware. 7 Inadequate containment allowed rapid escalation of the leak. 8 Absence or failure of scrubbers, detectors, and shutoffs heightened impact. 9 Independent safety measures and sound design reduce catastrophic risk. 10 The disaster caused massive, lasting health and environmental harm.

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Bhopal Gas Accident: Design and System Failures

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Bhopal Gas Accident: Design and System FailuresVersión en línea

por J.Surya Manideep

What design flaw allowed a large MIC release in Bhopal?

Which system failure worsened the gas release?

What operational decision reduced safety margins?

Which chemical was released during the disaster?

Where did the Bhopal gas tragedy occur?

What time frame did the initial release largely occur?

Which design aspect failed to prevent a runaway release?

What key safety feature was lacking or ineffective?

What broader lesson about facilities does this case highlight?

What was a significant long-term consequence?

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