Titlebook: Chlorine and the Environment; An Overview of the C Ruth Stringer,Paul Johnston Book 2001 Springer Science+Business Media B.V. 2001 environm

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K. Vismaya,K. Snehal,Bibhuti Bhusan Dasons, but this also the root of many of their environmental problems since some of them may remain in the environment for tens or hundreds of years. Others, although broken down more quickly, are converted to other organochlorines with different, but no less harmful, properties.

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Industrial chlorine manufacture,ulting manganous chloride was disposed of until 1866 when Weldon devised a method for recycling it. This process competed with the Deacon process designed in 1868, which oxidised hydrochloric acid in air over a cuprous chloride catalyst.

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Book 2001hlorine industry - for example the Sevesoexplosion or the Yusho and Yu-Cheng mass poisonings. .With a clear, concise text and numerous compilations of critical data,this book will prove an invaluable source reference for environmentalscientists, students, and policy makers with an interest in thissubject.

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Lecture Notes in Civil Engineeringularly the pesticides, PCBs and dioxins. The most important route of biological exposure to these semivolatile pollutants is through food, although some humans may be subjected to higher exposure through their occupation.

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Effects of chlorinated compounds,ularly the pesticides, PCBs and dioxins. The most important route of biological exposure to these semivolatile pollutants is through food, although some humans may be subjected to higher exposure through their occupation.

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Industrial chlorine manufacture,ther materials. The history of industrial chlorine manufacture is described by Purcell (1977), whose account is summarised here. Scheele is attributed with the discovery of chlorine in 1774 and it was his description of its bleaching properties that first led to a demand for chlorine sufficient to j