Performance Correlation of Self-Supported Electrodes in Half-Cell and Single-Cell Tests for Water Electrolysis

  • Kim, Hyunki
  • Kim, Junhyeong
  • Guo, Wenwu
  • Han, Gyeong Ho
  • Hong, Seokjin
  • ... Kim, Soo Young
  • 외 1명
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초록

Efficient water electrolyzer systems are essential for clean hydrogen production. Several studies have been conducted on the development of highly active catalysts; however, most of their performance evaluation is limited to half-cell tests, which is not representative of a practical device. Here, an experimental protocol, consisting of electrode fabrication, half-cell test, single-cell fabrication, and single-cell test, has been proposed. A simple, rapid, and cost-effective electrodeposition method has been employed to fabricate self-supported electrodes, which are directly used as cathodes in proton exchange membrane water electrolyzers. Under the protocol used for various electrodes, the correlation of electrode performance between half-cell and single-cell tests has been investigated.

키워드

Water electrolyzerTest protocolHydrogen evolution reactionSelf-supported electrodesElectrodepositionHYDROGENELECTROCATALYSTSBENCHMARKINGCATALYSTCATHODEANODESLAYERSCOST
제목
Performance Correlation of Self-Supported Electrodes in Half-Cell and Single-Cell Tests for Water Electrolysis
저자
Kim, HyunkiKim, JunhyeongGuo, WenwuHan, Gyeong HoHong, SeokjinKim, Soo YoungAhn, Sang Hyun
DOI
10.1021/acssuschemeng.0c06781
발행일
2020-10-26
유형
Article
저널명
ACS Sustainable Chemistry & Engineering
8
42
페이지
15815 ~ 15821