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Heterogeneous hydrodechlorination of chlordan

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Conclusions

Chlordan is a non-planar molecule and thus can adsorb onto a catalyst surface in a range of orientations. Thus catalytic removal of chlorine atoms must be a stepwise process. Incomplete dechlorination is thus to be expected and is indeed found in many cases. However catalysis of Chlordan over a 5 % platinum catalyst at 200° removes all chlorine atoms to yield tetrahydrodicyclopentadiene. For a palladium catalyst the major product appears to be a mono-chloro species. These results represent a significant simplification over that achieved when a Ni2B catalyst is used, from which reaction a pentachloro species results. Thus it has been shown that Chlordan can be rapidly and easily resolved from other complex polychlorinated species by hydrodechlorination.

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Chlordan is preferred to Chlordane (Whetstone 1964) because the latter contravenes the practice of reserving the termination “-ane” for saturated hydrocarbon systems.

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Sawula Musoke, G.M., Roberts, D.J. & Cooke, M. Heterogeneous hydrodechlorination of chlordan. Bull. Environ. Contam. Toxicol. 28, 467–472 (1982). https://doi.org/10.1007/BF01607712

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