Exsolved Cu–ZnO interfaces for methanol production from CO2 at atmospheric pressure

Sanaz Soodi; Eleonora Cali; Shailza Saini; William S. Skinner; Alex Martinez Martin; Gwilherm Kerherve; Marco Pietro Mezzapesa; Samir Bensaid; David J. Payne; Melis Duyar; Kalliopi Kousi

doi:10.1039/d4ta05812g

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Exsolved Cu–ZnO interfaces for methanol production from CO2 at atmospheric pressure

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Exsolved Cu–ZnO interfaces for methanol production from CO2 at atmospheric pressure

Sanaz Soodi, Eleonora Cali, Shailza Saini, William S. Skinner, Alex Martinez Martin, Gwilherm Kerherve, Marco Pietro Mezzapesa, Samir Bensaid, David J. Payne, Melis Duyar, …

Journal of Materials Chemistry A

17/10/2024

DOI: https://doi.org/10.1039/d4ta05812g

Abstract

An intimate Cu–ZnO interface that allows for the conversion of CO2 to methanol even at atmospheric pressures was produced using the exsolution method. Detailed characterization and operando IR spectroscopy were employed to deconvolute the materials' properties that allow for this to happen.

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Title: Exsolved Cu–ZnO interfaces for methanol production from CO2 at atmospheric pressure
Creators: Sanaz Soodi (Author) - University of Surrey, School of Chemistry and Chemical Engineering
Eleonora Cali (Author) - Polytechnic University of Turin
Shailza Saini (Author) - University of Surrey
William S. Skinner (Author) - Imperial College London
Alex Martinez Martin (Author) - University of Surrey
Gwilherm Kerherve (Author) - Imperial College London
Marco Pietro Mezzapesa (Author) - Polytechnic University of Turin
Samir Bensaid (Author) - Polytechnic University of Turin
David J. Payne (Author) - NEOM Educ Res & Innovat Fdn, Tabuk 496439136, Saudi Arabia
Melis Duyar (Author) - University of Surrey, School of Chemistry and Chemical Engineering
Kalliopi Kousi (Corresponding Author) - University of Surrey, School of Chemistry and Chemical Engineering
Publication Details: Journal of Materials Chemistry A
Publisher: Royal Society of Chemistry; CAMBRIDGE
Number of pages: 10
First online publication date: 17/10/2024
Date accepted for publication: 24/09/2024
Grants: RGS\R2\222062, Royal Society (United Kingdom, London)
SUPERCAT, EP/Y015487/1, Engineering and Physical Sciences Research Council (United Kingdom, Swindon) - EPSRC
MEXCAT, HORIZON-MSCA-2021-PF-01, European Union (Belgium, Brussels) - EU
Grant note: The research leading to these results was funded by the School of Chemistry and Chemical Engineering (Chemical and Process Engineering), by the Royal Society RGS\R2\222062, and the Engineering and Physical Science Research Council EP/ Y015487/1. E. C. gratefully acknowledges support from the European Union HORIZON-MSCA-2021-PF-01 Marie-Curie Project: 101063146 (MEXCAT).
Identifiers: 99969066502346; WOS:001335420500001
Academic Unit: School of Chemistry and Chemical Engineering
Language: English
Resource Type: Journal article
Data Access Statement: The research data for this article can be accessed at DOI: https://doi.org/10.15126/surreydata.901036.

Exsolved Cu–ZnO interfaces for methanol production from CO2 at atmospheric pressure

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