Electricity-driven CO2 and biomass conversion toward formic acid/formate: microenvironment regulation, hydrogen storage potential, and sustainability assessment

Shuai Liu; Deyu Wu; Dalin Sun; Yan Zhang; Heng Zhang; Tianyi Ma; Shuangyin Wang

doi:10.1039/d5ee07819a

January 1, 2026Energy & Environmental Science

Electricity-driven CO2 and biomass conversion toward formic acid/formate: microenvironment regulation, hydrogen storage potential, and sustainability assessment

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Key Points

This research assesses the conversion of CO2 and biomass into formic acid through electrocatalysis.
Utilized electrocatalysis for CO2 and biomass conversion to formic acid and formate.
Evaluated microenvironment regulation effects on conversion efficiency.
Assessed hydrogen storage potential of formic acid.
Formic acid was effectively produced from CO2 and biomass using electricity-driven methods.
Microenvironment regulation improved conversion efficiency.
Sustainability assessments showed promising potential for hydrogen storage applications.

Implication

Electrocatalysis enhances hydrogen storage in biomass-derived formic acid, highlighting sustainability potential.

Abstract

Formic acid (FA)/formate (FM) is widely recognized as an important energy carrier and high-value chemical. Through electrocatalysis, abundant carbon sources such as CO2 and biomass can be converted into FA...

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Cite This Study

Liu et al. (2026) studied this question.

synapsesocial.com/papers/699f956d1bc9fecf3dab31e8 https://doi.org/10.1039/d5ee07819a

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Electricity-driven CO2 and biomass conversion toward formic acid/formate: microenvironment regulation, hydrogen storage potential, and sustainability assessment

Key Points

Implication

Abstract

Discussion

Cite This Study

Electricity-driven CO2 and biomass conversion toward formic acid/formate: microenvironment regulation, hydrogen storage potential, and sustainability assessment

Key Points

Implication

Abstract

Discussion

Cite This Study

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