Study on synthesis and the CO2 electrochemical reduction of Cu nanomaterials

Electrochemical reduction is considered as one of the simple and effective methods with respect to CO2 conversion value-added chemicals. With this regard, on study novel catalysts plays a crucial role for overcoming chemical inertness enhance efficiency. In paper, nano Cu based highly efficient electrocatalysts redution are developed by electrochemical deposition from Cu2+ containing electrolyte. Crystalline structure morphology all synthesized nanomaterials characterized means X-ray diffraction (XRD) scanning electron microscopy (SEM). Accordingly, obtained consist both nanocuboid dendritic features. The catalytic capability reduciton fabricated determined upon using linear sweep voltametry (LSV) method. As result, sample electrodeposited 240s exhibits highest characteristics among others approximate efficiency 85 % at potential E = -0.5 V so với Ag/AgCl.