SYNTHESIS OF ORGANIC AND HETEROCYCLIC CHEMISTRY COMPOUNDS USING GREEN CONDITIONS | Journal of .....

Green sustainable chemistry (GSC) is, in a nutshell, the application of chemistry and chemical technology to create ecologically beneficial goods and processes. Green chemistry employs more efficient and environmentally friendly synthetic procedures to produce life-saving medicines, accelerate drug discovery guide optimization processes, and bioactive chemicals with little unnecessary environmental impact. Catalysis is still one of the most important topics of green chemistry because it provides atom-economical, selective, and energy-efficient answers to many industrially significant problems. In the following order, heteropolyacid (HPA) catalysts will be introduced as promising possibilities for green and nano catalysts: An overview, the most recent experimental results, and examples of industrial applications follow. Furthermore, because HPA catalysts can be active solid acid catalysts and give unusual reaction fields like pseudoliquid, or "catalytically active solid solvent," they will find more green/sustainable uses in the future. HPAs as solid acid catalysts are environmentally friendly due to their noncorrosive nature, safety, low waste volume, and ease of separation. The stability and high acidity of solid HPAs are two distinguishing characteristics that make them commercially and environmentally appealing. Green and nano catalysts are also used in the synthesis of organic, heterocyclic, and medicinal chemicals. We try to present some new applications of heteropolyacids, other helpful catalysts, and nano-catalysts in the production of heterocyclic, organic molecules in this study.

Please see the link :- https://www.ikprress.org/index.php/JACSI/article/view/3386