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Pesticide Endosulfan in acetonitrile solution conc in the range1000ppb-1600ppb were subjected to gamma radiation dose for 5kGy to 50kGy and decay profile was found to be exponential , however there was never complete diminution of conc of Endosulfan. But copper nanoparticle solution added in aliquots have found to complete annihilates the endosulfan . The conc. of Endosulfan has been monnitored using SHIMADZU GCMS QP2010PLUS. Similarly advanced oxidation by passing Ozone gas to Endosulfan solution in acetonitrile leads to conversion of endosulfan to endosulfan diol a 1000times less toxic product. But complete annihilation of Endosulfan does not takes place. Thus copper Nano particle interaction seems to be easy and technically suitable as one has to just add nano particle solution. in endosulfan solution whereas in case of gamma radiation and Advanced oxidation process to bring the contaminated solution under the appliance there can be technical difficulty for the treatment and also complete annihilation will take more time. Key word: Pesticide ,Endosulfan ,Copper nano particle, Remediation, Gamma Radiation.

iosr journal of environmental science, toxicology and food technology

Remediation of Pesticide Endosulfan in solution by Ionizing Radiation, Advanced oxidation Process and Copper nano particle Interaction a comparative studies using GC-MS analysis.