Study on Preparation of Modified Ti-Based Lead Dioxide Electrode and Degraded Methylene Blue

Xue Jun Zhu; Jun Deng; Fang Ming Gou

doi:10.4028/www.scientific.net/AMR.602-604.1383

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Study on Preparation of Modified Ti-Based Lead Dioxide Electrode and Degraded Methylene Blue

Abstract:

A modified electrode was prepared by the electrodeposition of a lead oxide layer on a titanium substrate. Characterize the electrochemical performance of electrode by adopting CHI860D electrochemistry workstation while evaluating the electro-catalytic performance of electrode with Methylene Blue (MB for short) solution as target degradation product. The results show that the interlayer proportion of SnCl4:SbCl3 is 6:1 when the thermal decomposition temperature is 550°C, the electrode material prepared in plating solution with a concentration of 0.15mol/L has excellent electrocatalytic performance against MB, and the degradation rate could reach above 98%.