Doctoral researcher in hydrogen production via metal redox cycles
About this role
Are you interested in experimental research and dynamic process modelling in hydrogen production? The Industrial Energy Systems Laboratory at LUT University is seeking a doctoral researcher to develop and analyse pilot-scale data and modelling approaches for metal redox cycle-based hydrogen systems.
This role combines experimental work with advanced process modelling and will be a part of the EU-funded HELIA project. You will join an active research group known for its diverse expertise in energy systems. You will work in pilot- and laboratory-scale facilities using advanced process simulation tools and focusing on fluidised bed systems, hydrogen storage, and industrial decarbonisation.
About the position
You will conduct experimental and modelling research on hydrogen storage and transport using metal redox cycles. The position emphasises hands-on work in a 100 kW pilot-scale experimental facility. Your responsibilities include planning, executing, and analysing laboratory- and pilot-scale experiments related to cyclic oxidation and reduction of metals for hydrogen production and storage.
You will also contribute to system performance optimisation and the integration of experimental work with modelling and simulation.
In addition to experimental work, you will develop dynamic process models using APROS to support system analysis, the interpretation of experimental results, and the evaluation of different operating concepts. The work also involves studying the potential reuse of decommissioned circulating fluidised bed (CFB) boilers for redox-based hydrogen applications.
You will analyse and document research results, contribute to scientific publications, and disseminate findings through conference presentations and consortium meetings. The position involves active participation in national and international research projects in close collaboration with the research team and requires some travel.
What we expect from you
You have a master’s degree in energy techno