A recent study published in Science China Chemistry was led by Prof. Feng Fu (Research Institute of Comprehensive Energy Industry Technology, College of Chemistry & Chemical Engineering, Yan’an University). The experiments were performed by the Ni3Se4 high-efficiency bifunctional electrocatalyst with Se vacancy was used for paired electrolysis of nitrate reduction and benzylamine oxidation in anion exchange membrane electrolyzer.
Click here for original story, Selenium vacancies regulate d-band centers for upgrading N-containing compounds
Source: Phys.org