Synthesis of Fe3O4- Glycerol-Pd and its Catalytic Efficacy in C–C, C–N and C–O Coupling Reactions

Currently, nanocatalysts Perform an significant role in green chemistry and possessed much attention among the industrial and academic scientific community [1]. Nanoparticles have gotten remarkable attention in past two decades due to the interesting properties relevant to their size. In scientific realization, magnetite particles have been study extensively, because their synthesis is good known and convenient [2].In novel organic chemistry, palladium‐catalysed C─C bond have taken on an important role since their first expansion in the primary 1970s [3]. C─C coupling reactions catalysed by transition metals are among the most significant reactions in organic synthesis. between these reactions, C─C, C─O and C─N bond formations with palladium catalysts (e.g. Suzuki and Heck reactions) have become very efficient tools in the agrochemical, pharmaceutical and chemical industries [4].

Keywords:

Nanocatalyst , Fe3O4 , Glycerol , coupling reactions , palladium.