top of page

With the support of Wallonia

The thesis

Discover the innovative doctoral theses conducted within the framework of the TiNTHyN project. This research focuses on the production, transport, storage and use of green hydrogen. Each thesis is supervised by professors from different universities and research centers.

Here is a quick summary of the different participations in the theses. For more details go directly to the thesis page, available on the links below.

More information about theses

slides 12 PhD Anglais.png

Production of green H₂

PhD-1

New 3D electrode solutions for alkaline electrolyzers by additive manufacturing

PhD-1

Production of green H₂

PhD-2

High-throughput analysis of electrodes for better water electrolysis

PhD-2

Production of green H₂

PhD-3

Development of high-Cr steels with structured porosity for SOE/FC applications with high durability under thermo-oxido-mechanical loading

PhD-3

Production of green H₂

PhD-4

Conversion of ammonia into hydrogen using cold plasmas coupled with catalysis

PhD-4

Transport, distribution, storage

PhD-5

Influence of hydrogen diffusivity on the toughness of metallic materials for pressure storage and transport.

PhD-5

Transport, distribution, storage

PhD-6

Design of 5th generation polymeric tanks for hydrogen storage

PhD-6

Transport, distribution, storage

PhD-7

Study and modeling of head losses in GH2 pipelines

PhD-7

Transport, distribution, storage

PhD-8

New metal-organic frameworks for molecular hydrogen storage

PhD-8

Use of H₂

PhD-9

Hollow bimetallic catalysts supported on nanostructured carbons for sustainable PEM fuel cell electrodes

PhD-9

Use of H₂

PhD-10

Bipolar PEM fuel cell plates based on aluminum and stainless steel coated by physical and chemical processes

PhD-10

Use of H₂

PhD-11

Study of H2 - ammonia combustion kinetics: numerical modeling coupling physical models and machine learning

PhD-11

Use of H₂

PhD-12

Numerical simulation of hydrogen sloshing in tanks

PhD-12

bottom of page