This invention discloses an electrochemical method for synthesizing aromatic cycloallylic compounds, belonging to the field of
chemical synthesis technology. In this method,
aryl diazonium salts and allyl sulfones are electrolyzed in an electrochemical reactor in the presence of a
solvent and
electrolyte by applying an
electric current to obtain aromatic cycloallylic products. This invention uses electrochemical-driven processes to replace traditional
transition metal catalysis, avoiding the problem of
metal residue. It has advantages such as being
environmentally friendly, low-cost, and having mild operating conditions, and has good prospects for industrial application.