DoctoratClosing soon

In-situ Calcium Modification of Fe2O3/Al2O3 Oxygen Carriers by CaCO3-Rich Feedstock Ash for Chemical-Looping Hydrogen Production

EURAXESS hosting organisation · Plusieurs pays européens

In-situ Calcium Modification of Fe2O3/Al2O3 Oxygen Carriers by CaCO3-Rich Feedstock Ash for Chemical-Looping Hydrogen Production This PhD project investigates whether calcium-rich ash can improve iron-based oxygen carriers for sustainable hydrogen production. Combining thermodynamic analysis, laboratory experiments, fluidised-bed testing and process modelling, it will assess effects on oxygen transfer, hydrogen yield and carrier stability. Linked to the EU-funded HELIA project, the research is based at TalTech and co-supervised by Professors Oliver Järvik and Abhishek Agarwal. The project will address the following key areas: The behaviour of iron-based oxygen carriers depends not only on their initial composition but also on how their structure and phase assemblage evolve during repeated

At a glance

Where: Multiple European countries
Deadline: 2026-09-25
Funding: Funding described on programme page
Board: EURAXESS

Who can apply

Criteria stated by the funder on the official source.

Nationality

EURAXESS vacancies rarely print a nationality table. Confirm whether applicants from Tunisia can apply and whether a residence/work permit pathway exists on the employer page.

Non indiqué

Education

Research Field Chemistry Years of Research Experience None Research Field Engineering Years of Research Experience None Research Field Engineering Years of Research Experience None Research Field Engineering Years of Research Experience None Research Field Engineering Years of Research Experience None Re

Non indiqué

Funding and what it does not cover

Funding details were taken from the official programme page text. Confirm the current call before applying.