What does this research mean for the field?

Integrating operando techniques, hierarchical material design, and system-level flow engineering for advanced bubble management minimizes interfacial resistance and transport losses in water electrolysis. Novelty: ClaimNovelty.SYNTHESIS. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

The aim is to investigate gas bubble formation during water electrolysis and its impact on electrode performance.

May 18, 2026Nano Energy0 citationsOpen Access

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Gas Bubble Formation, Effect on Electrode Performance, and Management in Water Electrolysis

OMObeylaw Moyo HSHainan Sun JYJiaqiao Yang

Key Points

The aim is to investigate gas bubble formation during water electrolysis and its impact on electrode performance.
Review of multi-scale dynamics of gas evolution
Integration of operando techniques with material design
Analysis of flow engineering for bubble management
Advanced bubble management strategies reduce interfacial resistance
Minimizing transport losses enhances electrolyzer durability
High-performance electrolyzer frameworks are proposed

Abstract

This review explores the multi-scale dynamics of gas evolution in electrochemical water splitting. By integrating operando techniques with hierarchical material design and system-level flow engineering, advanced bubble-management strategies minimize interfacial resistance and transport losses, paving the path for high-performance, durable electrolyzers.

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Gas Bubble Formation, Effect on Electrode Performance, and Management in Water Electrolysis

Key Points

Abstract

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