Numerical data underpinning figures in the publication "Boosting the CO₂ permeability in a supported molten-carbonate membrane by tuning the ratio between the ionic and electronic conducting phases"

dataset

posted on 2025-05-20, 15:54 authored by Evangelos PapaioannouEvangelos Papaioannou, Liu Qu

The outlet permeate-side gas was monitored using a Fourier Transform Infrared Spectroscopy (FTIR, MultiGasTM) and mass spectrometry (MS, Hiden Analytical Ltd).

The experimental methods in the manuscript describe in detail how the data have been acquired and analysed.

Funding

The UK Catalysis Hub by grant reference EP/R027129/1

History

Usage metrics

Keywords

Mixed ionic and electronic conducting oxides Tuning phase ratio CO2 permeability Supported molten-salt membranes

Licence

CC BY 4.0

Numerical data underpinning figures in the publication "Boosting the CO₂ permeability in a supported molten-carbonate membrane by tuning the ratio between the ionic and electronic conducting phases"

Funding

The UK Catalysis Hub by grant reference EP/R027129/1

History

Usage metrics

Categories

Keywords

Licence

Exports

Numerical data underpinning figures in the publication "Boosting the CO2 permeability in a supported molten-carbonate membrane by tuning the ratio between the ionic and electronic conducting phases"

Funding

The UK Catalysis Hub by grant reference EP/R027129/1

History

Usage metrics

Categories

Keywords

Licence

Exports

Numerical data underpinning figures in the publication "Boosting the CO₂ permeability in a supported molten-carbonate membrane by tuning the ratio between the ionic and electronic conducting phases"