fig1

Urea electrosynthesis at industrially viable level on Cd-Fe<sub>2</sub>O<sub>3</sub> via a functional design

Figure 1. (A) The levelized cost of urea by various electrosynthesis methods; (B) Correlation of urea cost on urea partial current density at 50% urea FE; (C) Reaction pathway of CO2R, HER and C-N coupling; (D) Chord diagram describing the selectivity of typical transition metals towards CO2R and NO3R; Partial current densities of (E) H2 and (F) urea on Fe-based catalyst; (G) Stability test of urea electrosynthesis on Cd-Fe2O3; (H) Summary of the reported urea electrosynthesis performance. (A-H) Adapted with permission from Ref.[10]. Copyright 2026 Spring Nature. FE: Faradaic efficiency; CO2R: CO2 electrocatalytic reduction; HER: hydrogen evolution reaction; RHE: reversible hydrogen electrode.

Chemical Synthesis
ISSN 2769-5247 (Online)

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