Based on the characteristics of customer-specific fine chemicals, an indirect electrooxidation technology and corresponding equipment utilizing a medium composed of Cr(VI)/Cr(III) were designed and developed. The reduced state of the medium undergoes two-phase electron exchange with the electrode to transition into its oxidized state; subsequently, it exchanges electrons with organic substrates to oxidize them into products before reverting to its reduced state, repeating this cycle continuously. Within this electrochemical system, the medium serves as a catalytic "electron carrier."
Based on the characteristics of customer-specific fine chemicals, an indirect electrooxidation technology and corresponding equipment utilizing a medium composed of Cr(VI)/Cr(III) were designed and developed. The reduced state of the medium undergoes two-phase electron exchange with the electrode to transition into its oxidized state; subsequently, it exchanges electrons with organic substrates to oxidize them into products before reverting to its reduced state, repeating this cycle continuously. Within this electrochemical system, the medium serves as a catalytic "electron carrier."
