![]() ![]() ![]() A variety of these recent developments will be described in this Review.Īll electrochemical methods are based on simple electron transfers from the electrode to the substrate or vice versa. All these innovative methods will help in the development of selective electrochemical transformations for value-added organic products and help in the scale-up for technical applications. In addition, the electrochemical conversion of renewables provides a sustainable alternative for the synthesis of valuable fine chemicals from current waste streams. These innovations include the merger of electrochemistry with conventional chemical ideas, such as organocatalysis and flow electrochemistry, as well as new procedures for controlling the selectivity of electrochemical transformations such as the “cation-pool” method, the redox-tag approach, and bio-electrochemistry. 171 Besides the continuous development of new electrochemical reactions and the synthesis of complex organic molecules, significant progress has been made in the realization of electrochemical methods. 5 A variety of valuable synthetic pathways for electrochemical synthesis has been described in the previous review “ Electrifying Organic Synthesis”. 1 In terms of the ecological footprint, 2- 4 the substitution of chemical redox reagents by electricity is an inevitable step towards green chemical processes. The application of electrochemical methods to the synthesis of organic molecules has undergone a revival during the last few decades.
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