ADVANCES AND PERSPECTIVES OF FE METAL NANOPARTICLES SYNTHESIZED IN IONIC LIQUID AND THEIR APPLICATIONS

Green chemistry and Sustainable development in the field of synthetic organic chemistry is central in the advancement of environmentally friendly strategies towards the synthesis of molecules of commercial and biological relevance. There are large numbers of efficient methodologies have already been disclosed under the guidelines of green and sustainable chemistry. However, as a novel catalytic system i.e metal nano-particles in ionic liquids have recently been gaining popularity as a state-of-the-art solution for organic transformations. Metal nano-particles in ionic liquids offers miraculous promises as it is an exceptional catalytic system that have a potential to replace the conventional methods of organic synthesis, and besides that are found labile in the field of pharmaceutics, biochemistry, molecular biology, and process and technology as well. In this review, our aim is to investigate the recent developments in the synthesis of fe metal nanoparticles synthesized in ionic liquid which refers to the catalytic system, of choice, and offers exceptional functional group tolerance as well as delivers highly specific organic transformations which provides considerably improved ecofriendly, cost effective and sustainable alternatives to the conventional catalytic processes.