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Appendix E is designed specifically with scientists in mind.It addresses the toxicity of chemicals at the Bhopal Plant, the types of hazards in manufacturing and using industrial products, the types of hazards in product use and consumption, and outlines notes on making the chemical SEVIN.
Little, Inc., determined that the water could only have been introduced into the tank deliberately, since process safety systems -- in place and operational -- would have prevented water from entering the tank by accident. Were the valves faulty on the MIC tanks at the plant? Furthermore, process safety systems -- in place and operational -- would have prevented water from entering the tank by accident. Why didn’t the plant’s safety systems contain the leak? Based on several investigations, the safety systems in place could not have prevented a chemical reaction of this magnitude from causing a leak.
In designing the plant's safety systems, a chemical reaction of this magnitude was not factored in for two reasons: 5.
Construction required the detailed process design and engineering data prepared by hundreds of Indian engineers, process designers and sub-contractors..." Please click here to read the U.
The Bhopal case is an in-depth study of the industrial accident at the Union Carbide factory in India that immediately killed 2,000 people, injured another 200,000 to 300,000 more, and immediately raised questions about plant safety and corporate responsibility around the world.
Appendix G uses excerpts from legal proceedings to create "Contrasting Views of Responsibility for the Bhopal Disaster" and to assess the levels of responsibility for engineers and scientists involved in the UCC and Bhopal Plant.