The European Ceramic Society
Laboratory sheet

Spain
Electrochemical Applications of Materials
The group research involves the synthesis, processing and characterisation of electroactive ceramic materials and components for energy, environmental and medical applications.
Director : Glenn Mather
Email : mather@icv.csic.es
Phone : +34 917355840
Address : Institute of Ceramics and Glass, CSIC, Cantoblanco, 28049, Madrid, Spain
Website : http://www.icv.csic.es/
Research topics :
- Name: Ionic and electronic conducting ceramics for clean energy applications.
Preparation and characterisation of electroactive components for solid oxide fuel cells,
electrolysers and membrane reactor with a special focus of proton-conducting ceramics.
Contact name : Glenn Mather
Tel : +34 917355840
Email: mather@icv.csic.es - Name: Proton exchange membrane fuel cells (PEMFC).
Preparation and characterisation of catalysts, hybrid membranes and membrane electrode
assemblies for high-temperature PEMFCs.
Contact name : Eva Chinarro
Tel : +34 917355840
Email: martin@icv.csic.es - Name: Bioactive materials for the adherence, survival and growth of neurons.
Synthesis of materials by sol-gel and combustion followed by structural, morphological
and electrochemical characterisation.
Contact name : Eva Chinarro
Tel : +34 917355840
Email: martin@icv.csic.es
Exceptional facilities :
Proton transport number measurement (emf method); Hydrogen permeation; Faradaic Efficiency
Financial support programmes :
- European funding:
- Regional fundings: CAM (Spain)
- National fundings : MINECO (Spain), CSIC (Spain)
Latest news
YCN Newsletter 27 - YCN Committee member - Welcome to Aleksandra Milojkovic
It is a true honor to introduce myself as the new Committee Member of the Young Ceramists Network.
YCN Newsletter 27 - Expert opinion - Nicola Döbelin, PhD
Why Crystal Structure Matters: Decoding the Performance of Calcium Phosphate Biomaterials
In the world of calcium phosphate biomaterials, crystal structure is often the silent driver behind a material’s success—or failure. Whether we are developing bone graft substitutes or studying bioceramic interactions at the tissue interface, understanding the underlying crystal lattice isn’t just helpful—it’s essential.
Information
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