TRANSLATE Archives - Page 4 of 4 - Translate waste heat to electricity

Meet the Team – University of Latvia

24 May, 2022

Introducing our partners from the University of Latvia (UL), which includes research groups from the Institute of Chemical Physics (UL ICP) and the Institute of Solid State Physics (UL ISSP).

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A day in the Materials Chemistry and Analysis Group lab

20 April, 2022

Recently we had the opportunity to visit our partners, the Materials Chemistry and Analysis Group (MCAG) from UCC in their lab.

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Meet the Team – UCC Academy

16 March, 2022

In this article, we introduce our partners from UCC Academy, who are the project's science communications partner and support with project management.

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Meet the Team – Advanced Energy Materials Group, Tyndall National Institute

28 February, 2022

The Advanced Energy Materials Group (AEMG) at the Tyndall National Institute are responsible for are responsible for characterising and validating the fabricated thermoelectric cell in the TRANSLATE device, with the focus of targeted power generation. Come and meet their team.

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Nanochannel Theory Explained

17 February, 2022

TRANSLATE consortium member and Work Package 1 leader, Professor Steffen Hardt (Technische Universität Darmstadt), tells us about the physics of thermoelectric energy conversion in nanochannels.

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80th International Scientific Conference of the University of Latvia

2 February, 2022

Events

The idea behind TRANSLATE: A sustainable nano-porous platform to convert waste heat into electrical energy

30 September, 2021

TRANSLATE consortium member, Dr. Subhajit Biswas, tells the story behind TRANSLATE, and how the idea went from blue-sky thinking to a successfully-funded EU project.

TRANSLATE

Meet the Team – University of Latvia

A day in the Materials Chemistry and Analysis Group lab

Meet the Team – UCC Academy

Meet the Team – Advanced Energy Materials Group, Tyndall National Institute

Nanochannel Theory Explained

80th International Scientific Conference of the University of Latvia

The idea behind TRANSLATE: A sustainable nano-porous platform to convert waste heat into electrical energy

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