H2020 FET Open | Solid-liquid thermoelectric systems with uncorrelated properties
The UncorrelaTEd project was officially finished last month (30/06/2024). What a project!! 54 month duration, strongly impacted by the pandemic, two amendments needed, the first organisation of an international workshop for TESLab, a lot of understanding gained in a very novel area combining thermoelectricty and electrochemistry, many up and many down moments when the very … Read more UncorrelaTEd project finished
Dr. Sergio Castro-Ruiz from the UJI team attended from the 11th to the 13th of June to the European Sustainable Energy Week that took place in Brussels. This is one of the biggest events about sustainability and energy, organised by the European Commission. It was a very interesting event with many talks, networking activities, policy … Read more UncorrelaTEd at the European Sustainable Energy Week 2024
On the 12th of June, the last Plenary meeting of the UncorrelaTEd project took place. It was hosted by IREC (Barcelona) and performed on-line and in-person. The last results of the project were presented and discussed. Thanks to Andreu Cabot (IREC) for the organisation of the meeting. Sadly the project is going to its end … Read more 5th Plenary meeting
From the 3rd to the 7th of June, Dr. Jorge García-Cañadas visited Beijing (China). There, he disseminated project results in two seminars, one at the Beijing Institute of Aeronautical Materials, hosted by Dr. Luo Bingwei, and another one at Beihang University, hosted by the the former member of the Warwick University team of the UncorrelaTEd … Read more UncorrelaTEd’s coordinator visits Beijing
Congratulations to Sergio Castro-Ruiz for his successfully defended PhD thesis at UJI, Department of Industrial Systems Engineering and Design, focusing on the implementation of electrochemical strategies in porous materials for the conversion of heat into electricity with thermoelectric materials and thermogalvanic cells. This is the third thesis within the UncorrelaTEd project. It can be accessed here.