TAILORED INTERFACES AND NANOMATERIALS FOR RENEWABLE ENERGY, FUELS, AND CHEMICALS

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Why testing protocols matter in electrochemical methane oxidation.png
María receives the “María Teresa Toral” National Research Award .png
In situ elucidation of reaction mechanisms in electrocatalysis using SECM.png
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Welcome to the NanoElectrocatalysis and Sustainable Chemistry (NanoESC) Lab! 

We are an international, diverse, and interdisciplinary team combining electrochemistry, materials engineering, and in situ spectroscopy and microscopy to uncover atomic-scale design principles for renewable energy conversion and the electrosynthesis of sustainable fuels and chemicals.

Read more about our research topics
Electrocatalysis for renewable hydrogen production

Electrocatalysis for renewable hydrogen production
Electrochemical reduction of carbon dioxide

Electrochemical reduction of carbon dioxide
Electrochemical activation & conversion of methane

Electrochemical activation & conversion of methane
Electrocatalysis for fuel cells

Electrocatalysis for fuel cells
Sustainable electrosynthesis of valuable chemicals

Sustainable electrosynthesis of valuable chemicals
Surface nanostructuring

Surface nanostructuring
High entropy alloys for electrocatalysis

High entropy alloys for electrocatalysis
In situ / operando characterisation of materials

In situ / operando characterisation of materials