Copper Nanoparticles as efficient catalyst for the transesterification of p -ketoesters

Subject Areas : Journal of Physical & Theoretical Chemistry

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Received: 2015-05-30 Accepted : 2015-05-30 Published : 2011-02-01

Keywords: Toluene alkylation, 2-Propanol, H3PO4, Modified ZSM-5, Cymene, Xylene, Catalyst,

Abstract :

Transesterification, one of the most effective methods for ester synthesis, is usually conducted under acid or basicconditions. Although quite a few methods have been reported for transesterification, they are not general as far asp-ketoesters are concerned. Some of these methods used toxic, expensive reagents and in relatives large amount. Inthis research, transesterification reaction six types P-ketoesters achieved in present of Cu powder and Cunanoparticles as catalyst and P-ketoesters prepared using this method. Copper Nanoparticles is an efficient catalystfor the transesterification of p-ketoesters with several kinds of alcohols, leading to good yields with highselectivity.

References:

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Copper Nanoparticles as efficient catalyst for the transesterification of p -ketoesters