EIC Pathfinder Archives - Page 3 of 5 - Translate waste heat to electricity

TRANSLATE featured on UCC Green Campus podcast

20 July, 2023

TRANSLATE was featured on UCC's Green Campus podcast as part of an insightful conversation with our coordinator Justin Holmes, Professor of Nanochemistry at the School of Chemistry in UCC.  Find out how TRANSLATE can help meet energy targets for 2030 and 2050.

TRANSLATE Newsletter Issue 2

6 July, 2023

TRANSLATE's second annual newsletter.

TRANSLATE at the Cork Carnival of Science 2023

19 June, 2023

Inspiring Curiosity and Fostering Innovation - H2020 EU-funded project TRANSLATE participated at the Cork Carnival of Science from 10th-11th June 2023, and thrilled the visitors.

Nanotechnology experts from Irish, German and Spanish research institutions gather in Riga

29 May, 2023

On 25-26 May, international nanotechnology experts are gathering at the University of Latvia's (UL) Academic Centre Nature House to work with Latvian scientists on innovative and environmentally friendly solutions for converting waste heat into electrical energy.

Invited Speaker at IEEE Applied Sensing Conference 2023

13 January, 2023

TRANSLATE team member Dr. Kafil M. Razeeb is an invited speaker at the upcoming IEEE Applied Sensing Conference in Bengaluru, India on 23-25 January 2023.

75th Annual Meeting of the APS Division of Fluid Dynamics

19 October, 2022

TRANSLATE team members Professor Steffen Hardt and Dr Rajkumar Sarma will present at the 75th Annual Meeting of the APS Division of Fluid Dynamics in Indianapolis, November 20th - 22nd. Their presentation is entitled "Thermoelectric energy conversion in nanochannels filled with ionic liquids". Visit the APS website to find out more about the event.

Events

2022 European Materials Research Society Fall Meeting

7 September, 2022

University College Cork and TRANSLATE researcher Dr. Ievgen Nedrygailov will present at the 2022 E-MRS Fall Meeting on September 20th 2022, with his presentation entitled 'Ionic thermoelectric effect in nanofluidic membranes for efficient conversion of waste heat into electrical energy'.