A Whole-Cell Inorganic-Biohybrid System Integrated by Reduced Graphene Oxide for Boosting Solar Hydrogen Production

The photoelectron transfer between semiconductors and cells is the rate-determining step that controls the solar H2 production of whole-cell inorganic-biohybrid systems (IBSs). Herein, we constructed an IBS by using reduced graphene oxide (RGO) to integrate Shewanella oneidensis MR-1 (SW) cells and...

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Published inACS catalysis Vol. 10; no. 22; pp. 13290 - 13295
Main Authors Shen, Hongqiang, Wang, Yan-Zhai, Liu, Guiwu, Li, Longhua, Xia, Rong, Luo, Bifu, Wang, Jixiang, Suo, Di, Shi, Weidong, Yong, Yang-Chun
Format Journal Article
LanguageEnglish
Published American Chemical Society 20.11.2020
Subjects
H2 production
Shewanella oneidensis MR-1
cuprous oxide
reduced graphene oxide
inorganic-biohybrid
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Abstract The photoelectron transfer between semiconductors and cells is the rate-determining step that controls the solar H2 production of whole-cell inorganic-biohybrid systems (IBSs). Herein, we constructed an IBS by using reduced graphene oxide (RGO) to integrate Shewanella oneidensis MR-1 (SW) cells and Cu2O, which exhibited a 11–38-fold enhancement of photocatalytic H2 production compared with RGO-free IBSs (Cu2O/SW and Cu2O/organic electron mediator/SW). Further analysis revealed that RGO provided multifunctional contributions to H2 production from IBS, that is, sufficient area for IBS supporting, efficient photoelectron collection from Cu2O, and effective electron distribution into the cells. This study offers opportunities for rationally designing electron transfer pathways to achieve high-performance IBSs.
AbstractList The photoelectron transfer between semiconductors and cells is the rate-determining step that controls the solar H2 production of whole-cell inorganic-biohybrid systems (IBSs). Herein, we constructed an IBS by using reduced graphene oxide (RGO) to integrate Shewanella oneidensis MR-1 (SW) cells and Cu2O, which exhibited a 11–38-fold enhancement of photocatalytic H2 production compared with RGO-free IBSs (Cu2O/SW and Cu2O/organic electron mediator/SW). Further analysis revealed that RGO provided multifunctional contributions to H2 production from IBS, that is, sufficient area for IBS supporting, efficient photoelectron collection from Cu2O, and effective electron distribution into the cells. This study offers opportunities for rationally designing electron transfer pathways to achieve high-performance IBSs.
Author Shi, Weidong
Wang, Jixiang
Luo, Bifu
Xia, Rong
Liu, Guiwu
Li, Longhua
Suo, Di
Yong, Yang-Chun
Shen, Hongqiang
Wang, Yan-Zhai
AuthorAffiliation Pharmaceutical Sciences Laboratory
Åbo Akademi University
Biofuels Institute, School of Environment and Safety Engineering
School of Material Science and Engineering
Zhenjiang Hengshun Bioengineering Co., Ltd
School of Chemistry and Chemical Engineering
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  organization: Biofuels Institute, School of Environment and Safety Engineering
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Shewanella oneidensis MR-1
cuprous oxide
reduced graphene oxide
inorganic-biohybrid
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Snippet The photoelectron transfer between semiconductors and cells is the rate-determining step that controls the solar H2 production of whole-cell...
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Title A Whole-Cell Inorganic-Biohybrid System Integrated by Reduced Graphene Oxide for Boosting Solar Hydrogen Production
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