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Title
Fabrication of accelerated oxygen-evolving hybrid catalyst at high current densities for large-scale hydrogen production
Date
2022.08.01
Writer
기계공학부
게시글 내용

Fabrication of accelerated oxygen-evolving hybrid catalyst at high current densities for large-scale hydrogen production



Professor Seong Chan Jun's research team in the Department of Mechanical Engineering conducted a study to fabricate a hybrid catalyst that amplifies alkaline water electrolysis at high current density. This research team achieved high-efficiency oxygen generation that satisfies safety and commercial standards at high current densities by using nickel-iron hydroxide doped with rhenium and nitrogen to overcome the process development limited by the low oxygen generation rate of water electrolysis generally used in industry. The results of this study were published as paper in the 'Chemical Engineering Journal' (Impact Factor: 16.744, Top 2.62%, Volume 435), an international excellent journal.


The link: doi.org/10.1016/j.cej.2022.135184


Attachments
Sanjib Roy(전성찬 교수님)_썸네일_220501.PNG Sanjib Roy(전성찬 교수님)_220501.PNG