| 1. All-type hydrocarbons reforming using Ni-UGSO spinel catalysts at atmospheric pressure | Frank Blondel Dega Dongmo; N. Abatzoglou/N. Braidy |
| 2. All-type hydrocarbons reforming using Ni-UGSO spinel catalysts at pressures higher than atmospheric and at pilot scale "kg-lab" | Mostafa Chamoumi; N. Abatzoglou |
| 3. Fischer-Tropsch Synthesis (FTS): Time evolution of the catalysts phases and its influence on the catalysts efficiency and regeneration | James Aluha Lulizi; N. Braidy |
| 4. Fischer-Tropsch Synthesis (FTS): Life Cycle Analysis (LCA) of the FTS catalysts | James Aluha Lulizi |
| 5. Fischer-Tropsch Synthesis (FTS): Techno-economic analysis of the process for the integration of this technology in Biorefineries | James Aluha Lulizi |
| 6. Autothermal pyrolysis of plastic residues | Salma Belbessai; N. Abatzoglou, F. Gitzhofer, E. Benyoussef, F. Mohellebi |
| 7. Production of carbon nanofilaments by catalytic reforming of pyrolytic products | Abir Azara; N. Abatzoglou, F. Gitzhofer, E. Benyoussef |
| 8. Pyrolytic Oils Reforming with Ni-UGSO Catalyst | Amine Bali; N. Abatzoglou |
| 9. Prediction of the segregation trends of binary granular systems as a function of the cohesion and adhesion parameters | Oumaima Chaib; Nicolas Abatzoglou |
| 10. Monitoring of powder behavior in a tableting feed frame using NIR imaging and spectroscopy | Himmat Madhukar Dalvi; Ryan Gosselin, Nicolas Abatzoglou |