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Abstract
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Acetamiprid removal was investigated by synthesized Graphene oxide, multiwall nanotube and
graphite from an aqueous solution. For this propose, FT-IR, XRD, UV–Vis, SEM and EDS were used to
characterize the synthesized nano adsorbents and to determine the removal process. A novel PVC
membrane electrode as selective electrode made for determining the concentration of acetamiprid.
Batch adsorption studies were conducted to investigate the efect of temperature, initial acetamiprid
concentration, adsorbent type and contact time as important adsorption parameters. The maximum
equilibrium time was found to be 15 min for graphene oxide. The kinetics studies showed that the
adsorption of acetamiprid followed the pseudo-second-order kinetics mechnism. All the adsorption
equilibrium data were well ftted to the Langmuir isotherm model and maximum monolayer
adsorption capacity 99 percent. Docking data of adsorption have resulted in the same as experimental
data in good manner and confrmed the adsorption process.
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