Green Sustainable Process for Chemical and Environmental Engineering and Science

Green Sustainable Process for Chemical and Environmental Engineering and Science: Sonochemical Organic Synthesis focuses on purification and extraction of organic, biological, and medicinal compounds using sonochemistry. It provides readers with an understanding of green ultrasound-assisted chemical synthesis for industrial applications. This book systematically explores the application of ultrasound in organic synthesis of all types and includes stereoselectivity, regioselectivity, oxidations, reductions, protection, deprotection, additions, condensation, coupling, C-X bond formation, named reactions, heterocyclics, biological drugs, and fluoroorganics over conventional techniques. A brief introduction to the parameters which influence the process, solvent-effects, supported reagents and catalysis and the pros and cons to the practical use of sonochemical protocols in organic synthesis are also discussed. This book provides overview on the applications of sonochemical technology for the sustainable and environmentally friendly development of synthetic methodologies for organic and pharmaceutical chemistry. Sonochemical Organic Synthesis is an essential resource on green chemistry technologies for academic researchers, R&D professionals, and students working in modern organic chemistry and medicinal chemistry. - Offers a broad overview of ultrasonics-assisted green organic synthesis
- Discusses sonochemical technology for green organic synthesis and biological medicinal importance
- Gives detailed accounts of numerous industrial applications, including polymers, pharmaceutical, fluoroorganics, biofuel, carbon, and more
- Includes a description of significant factors and challenges in ultrasonics-assisted green organic synthesis
- Lists recent developments in the use of sonochemical technology in organic chemist

1. Introduction, activities and advantages of sonochemical protocol in organic synthesis2. Sonochemical protocol for oxidation reactions3. Sonochemical protocol for reduction reactions4. Sonochemical protocol for protection and deprotection reactions5. Sonochemical protocol for stereoselective organic synthesis6. Sonochemical protocol for stereospecific organic synthesis7. Sonochemical protocol for addition-type reactions (Michel, Aldol, etc.)8. Sonochemical protocol for condensation reactions9. Sonochemical protocol for alkylation reactions10. Sonochemical protocol for phenolic compounds synthesis11. Sonochemical protocol for Grignard reactions12. Sonochemical protocol for aqueous vs biphasic organic synthesis13. Sonochemical protocol for fluoroorganics14. Sonochemical protocol for heterocyclics15. Sonochemical protocol for biological-active organic synthesis16. Sonochemical protocol for catalyst-free organic synthesis17. Sonochemical protocol for solvent-free organic synthesis18. Sonocatalysis for organic synthesis19. Sonochemical protocol for multi-component reactions20. Sonochemical protocol for C-H activation reactions21. Sonochemical protocol for C-N formation reactions22. Sonochemical protocol for coupling reactions23. Sonochemical protocol for bio-fuel production24. Sonochemical protocol of polymer synthesis25. Sonochemical protocol for functionalized carbon synthesis26. State of the art and perspectives of sonochemical protocol in organic synthesis