COMPREHENSIVE ASSESSMENT ON ELECTRO-ORGANIC SYNTHESIS

  • G. Malathi, C. Thillaiyadi Valliammai, S. Vennila, Abhra Pratip Ray, J. Madhusudhanan, Gaurav Gupta, M.I. Niyas Ahamed
Keywords: Stoichiometric; Electrocatalytic; Footprint; Intellectual property; Electrochemical synthesis.

Abstract

The usage of electricity in a direct, synthetic manner is enjoying a rebirth. Using more synthetically oriented labs to work on this field is allowing novel concepts and ones reanimated from previous attempts to broaden the range of applications they serve. Reagent waste is efficiently minimized as only electrons function as reagents. Reagents that are stoichiometric in molecular ratio can be regenerated, thus facilitating an electrocatalytic catalysis of reactions. Although minimization of waste is important, doing so also yields naturally safe procedures, cuts down on the amount of time it takes to complete a process, produces softer transformations, and makes other options such as structural entities and IP space accessible. Regenerative power can be used to provide ultra-sustainable terminal oxidizer or reducing agent, thereby providing a highly attractive technology. This is a review of new advancements in electrochemical synthesis, and because of this, the future of this rapidly developing subject will undoubtedly be affected.

Published
2021-07-23
How to Cite
J. Madhusudhanan, Gaurav Gupta, M.I. Niyas Ahamed, G. M. C. T. V. S. V. A. P. R. (2021). COMPREHENSIVE ASSESSMENT ON ELECTRO-ORGANIC SYNTHESIS. Design Engineering, 4736-4749. Retrieved from http://www.thedesignengineering.com/index.php/DE/article/view/2914
Section
Articles