Waste to Energy: Synergistic and multifunctional transition metal selenides with leaching induced activation for HER and slow surface reconstruction assisted active site generation for UOR exhibit enhanced urea assisted water electrolysis aiming towards waste-water utilization and high rate carbon neutral H₂ Production. A 37 % reduction in power consumption was achieved for urea electrolysis compared with water electrolysis.

中文翻译：

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协同界面双功能过渡金属硒化物通过尿素电解高速制氢

废物转化为能源：具有用于 HER 的浸出诱导活化和用于 UOR 的缓慢表面重建辅助活性位点生成的协同和多功能过渡金属硒化物表现出增强的尿素辅助水电解，旨在实现废水利用和高速率碳中性 H ₂生产。与水电解相比，尿素电解的能耗降低了 37%。