The Union Carbide Gas Disaster in Bhopal, India Essay

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The Union Carbide Gas Disaster in Bhopal, India

On December 3, 1984 the residents of a Bhopal, India awoke to a toxic cloud of methyl isocyanate (MIC) gas that had been discharged from the near-by Union Carbida India Limited plant. The deadly cloud infiltrated hundreds of shanties and huts as it slowly drifted in the cool night awaking sleeping residents to coughing, choking, and stinging eyes. By dawn the cloud had cleared and many were dead or injured.
Reports of the incident were slow to reach America. Union Carbide, a U.S. corporation that owns 51% of the plant, based in Danbury Connecticut, was in the dark for many days. Union Carbide made front page across the country for months and is still considered the worst
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Union Carbida India Limited (UCIL) was celebrating its 50th anniversary and had sales of about $200 million annually. It operated 14 plants and had 9,000 employees. In 1984, the entire workforce at the plant in Bhopal was Indian and MIC had been being produced at the site since the 1970's. Many different reports of what happened at the plant that caused the release of the gas have been offered, but none proven. Union Carbide offered in late 1986, with the absence of proven theory on how the gas was released was that the leak was a result of sabotage. This has been highly discredited by most for the convenience, lack of evidence, motive, or ability to perform such a feat. The much more highly recognized theory, as described by Ward Morehouse and M. Arun Subramaniam in A Report for the Citizens Commission on Bhopal entitled The Bhopal Tragedy: What Really Happened and What It Means for American Workers and Communities at Risk. They describe a thorough and technical series of safety violations, and safety devices that were not operational that caused the leak summarized in ten decisions and actions:
1. Manufacturing Sevin with extremely toxic methyl isocyanate when less hazardous alternatives are known.
2. Storage of highly unstable MIC in large quantities.
3. Plant design that allowed MIC to reach the atmosphere untreated through the vent gas scrubber.
4. Woefully undersized safety systems to

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