Decoupling Electrolytic Water Splitting by an Oxygen-Mediating Process

Decoupling Electrolytic Water Splitting by an Oxygen-Mediating Process

Decoupled water electrolysis systems, incorporating a reversible redox mediator that allows for the construction of membrane-free electrolyzers, have emerged as a promising approach to produce high-purity hydrogen with remarkable flexibility. The key factor crucial for practical applications lies in...

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Bibliographic Details
Main Author: Mingze Xu (10120537) (author)
Other Authors: Jianying Wang (475432) (author), Shi-Gang Sun (1310727) (author), Zuofeng Chen (1446403) (author)
Published: 2024
Subjects:
Biochemistry
Neuroscience
Physiology
Evolutionary Biology
Space Science
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
practical applications lies
key factor crucial
excellent cycling reversibility
combined energy transformation
alternative competitive route
reversible redox mediator
mediating redox mediators
hydrogen evolution reaction
3 </ sub
rechargeable alkaline batteries
high redox capacity
generate oxygen gas
2 </ sub
specific capacity
produce high
mediator electrodes
mediating mechanism
alkaline conditions
purity hydrogen
hydrogen production
rechargeable bi
subsequently releasing
study provides
sequestering oxygen
remarkable flexibility
promising approach
potential integration
novel concept
many oxygen
free electrolyzers
example material
electrode boasts
current density
1000 cycles
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