The candidate will join the thermo-catalytic laboratory activities of the ROAD2H2 project (Dual Compact Reformer for Hydrogen Generation). The main aim of the overall Project is to develop a dual compact reforming reactor for hydrogen production in collaboration with industrial companies. Focusing on ethanol and methanol as hydrogen carriers, the project leverages additive manufacturing and Atomic Layer Deposition for innovative technology integration.
We offer a 3 years research contract (with extension possibilities). Joining a team of highly qualified and motivated researchers working in the frontiers of knowledge in science and technology, and industrial collaboration with leading industries in the energy field.
Tasks
The candidate will work on advanced catalyst and innovative reactor design to enhance hydrogen conversion efficiency, and will test the performance of both technologies at lab and pilot-scale for use in vehicles.
The main tasks will be:
- Prepare a catalytic reaction system for alcohol reforming
- Commission the setup
- Conduct catalytic tests
- Develop kinetic models
- Validate innovative 3D-printed reactors with catalytic coating
- Operate the pilot reforming plant
- Result analysis, writing and oral communication activities
- LCA analysis
- Active collaboration with industrial partners
Deadline for applications: 15/11/2024
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