| No. | First Name | Last Name | Theme | Title |
| 1 | Lukáš | Polák | Biogas Upgrading & Hydrogen Injection into Gas Grids | PtG technology at WWTP in the Czech Republic |
| 2 | GEEHYUN | KIM | Compressed, Liquid & Solid-State Hydrogen Storage | Development of Prediction Model for Internal Differential Pressure – Level Transmitter Based on Heat Transfer Analysis |
| 3 | Ángel | Montoya | Compressed, Liquid & Solid-State Hydrogen Storage | Influence of alkaline dopant atoms on the adsorption of molecular hydrogen on Cr and V functionalized SnC nanosheets |
| 4 | Takanobu | Uchida | Compressed, Liquid & Solid-State Hydrogen Storage | Interaction between hydrogen boride sheets and ammonia borane |
| 6 | Yun | Cheng | Electrolysis Technologies: PEM, Alkaline, SOE | Statistical vs. Metaheuristic Optimization: Taguchi Method and Grey Wolf Optimizer for Performance Enhancement of Alkaline Water Electrolyzers |
| 7 | Joaquin | Grassi | Electrolysis Technologies: PEM, Alkaline, SOE | The HI_MOV Project: Developing a Cross-Border Technological Corridor for Sustainable Hydrogen Mobility |
| 8 | Hirokazu | Kojima | Electrolysis Technologies: PEM, Alkaline, SOE | Control and Operation for Performance Measurement of a 500kW-class PEM Water Electrolyzer |
| 9 | GIUSEPPE | MONFORTE | Electrolysis Technologies: PEM, Alkaline, SOE | LOW NOBLE METAL LOADING FOR ADVANCED PEM ELECTROLYSIS |
| 10 | Isabella | Nicotera | Electrolysis Technologies: PEM, Alkaline, SOE | Engineering Next-Generation Terphenyl-Based AEMs for Water Electrolysis: A Synergistic Approach to Alkaline Stability, Conductivity, and Durability |
| 11 | Stefania | Siracusano | Electrolysis Technologies: PEM, Alkaline, SOE | ADVANCED H2 PRODUCTION BY SEAWATER ELECTROLYSIS |
| 12 | Phillip | Krause | Emerging Hydrogen-Based Energy Systems | Development and optimization of a hydrogen storage system based on metal hydrides |
| 13 | Josh | Watkins | Emerging Hydrogen-Based Energy Systems | Use of Green Hydrogen in Industrial Heating Systems in Ireland |
| 14 | Rodrigo Renato | Retamal Marin | Hydrogen as a Natural Gas Alternative in Industry & Heating | Adaptation of Industrial Burners for Hydrogen Combustion: Challenges and Solutions in the Transition to Climate-Neutral Textile Production |
| 15 | Felipe | Dalla Vecchia | Hydrogen Certification & Guarantee of Origin (GO) Schemes | H2V and H-TECH2 Projects: Positioning IPR-PUCRS as a Pioneer in Low-Carbon Hydrogen Production, Certification, Quality Control, and Guarantees of Origin to Support Brazil's Hydrogen Economy |
| 16 | Davide | Giampietro | Hydrogen Compression, Liquefaction & Distribution Technologies | A CFD-based Comparative Study on the Performance of Centrifugal Pumps with Water and Liquid Hydrogen |
| 18 | Giulia | Crescente | Hydrogen from Biomass & Waste-to-Hydrogen Pathways | Design of a fermentation system for the production of biological hydrogen by Thermotoga Neapolitana bacteria |
| 19 | Gonzalo | Moral | Hydrogen from Biomass & Waste-to-Hydrogen Pathways | Mixed matrix hollow fiber membranes for hydrogen recovery from industrial waste streams |
| 20 | Ammar | Sohail | Hydrogen from Biomass & Waste-to-Hydrogen Pathways | Process Modelling and Optimisation of Renewable Hydrogen Production from Gasification of AD Solid Digestate Using Aspen Plus® |
| 21 | Jing | Sun | Hydrogen from Biomass & Waste-to-Hydrogen Pathways | Alcohol Electrooxidation on Ni Coupled with Hydrogen Production |
| 22 | Victoria | León Carpintero | Hydrogen in Aviation & Maritime Transport | HYDEA: Pioneering Green Hydrogen Integration in Atlantic Ports |
| 23 | Rehan | Anwar | Hydrogen in Industrial Decarbonization & Net-Zero Strategies | Transportation of 20% Hydrogen Blends in Low and Medium Pressure Distribution Gas Networks (HyGreenNet) |
| 24 | John | Sheffield | Hydrogen in Industrial Decarbonization & Net-Zero Strategies | A Game-Changer: Hydrogen Production from High-Temperature Gas-Cooled Pebble-Bed Small Modular Reactors |
| 25 | Eike | Wienken | Hydrogen in Industrial Decarbonization & Net-Zero Strategies | An anion exchange membrane electrolyzer coupled with a metal hydride-based hydrogen storage system - modeling and process simulation |
| 26 | Giuseppe | Spazzafumo | Hydrogen Infrastructure and Smart Grids | Comparison of different green hydrogen refuelling station layouts |
| 27 | Dae-Woong | Jeong | Hydrogen’s Role in National and Regional Energy Strategies | Internal Power System Impact of Large-Scale Hydrogen Electolyzer Integration in a Nuclear Power Plant under Curtailment Scenarios |
| 28 | Roberto Jair | Lorenzo Diaz | Hydrogen’s Role in National and Regional Energy Strategies | Cost-Effective Decarbonization of Power Systems via Targeted Hydrogen Conversion in Combined Cycles: Lessons from a 30-Bus Case Study |
| 29 | Arjun | Bopaiah | Integration of Hydrogen with Renewable Energy (Solar, Wind, Hydro) | Irish ports as Hydrogen energy hubs: A multi-criteria decision analysis framework |
| 30 | Muhammad | Haris | Integration of Hydrogen with Renewable Energy (Solar, Wind, Hydro) | Role of plasmonic Metasurface for enhanced green hydrogen production by photoelectrochemical water splitting |
| 31 | Sevda | Sabernia | Life Cycle Assessment & Environmental Impact of Hydrogen | Techno-Economic Assessment of Hydrogen Pathways for Heavy-Duty Transport in Ireland: A Life Cycle Cost Perspective |
| 32 | Victor | Santos | Life Cycle Assessment & Environmental Impact of Hydrogen | The Potential Role of Product Category Rules in Harmonizing Low-Carbon Hydrogen Certification and Greenhouse Gas Emissions Reporting |
| 33 | Hiromi | Eba | Sustainable Hydrogen Production & Circular Economy Approaches | Mechanism and efficiency of iron-based H₂ and NH₃ production and CO₂ fixation reaction |
| 34 | Ambika | Pathak | Sustainable Hydrogen Production & Circular Economy Approaches | Structural and optical band gap engineered Cs2Sn(BrxCl1-x)6 double halide perovskite for efficient photoelectrochemical hydrogen production |
| 35 | Seyedeh Zohreh | Asadollahzadeh Khabaz | Techno-Economic Analysis of Hydrogen Supply Chains | Techno-Economic Evaluation of Hydrogen Production via the Vanadium–Chlorine Thermochemical Water Splitting Cycle Using Industrial Waste Heat |
| 36 | Fatemeh | Dadashidooki | Techno-Economic Analysis of Hydrogen Supply Chains | Can Ireland become a global exporter of green hydrogen? |
| 37 | Bruno | Farenzena | Techno-Economic Analysis of Hydrogen Supply Chains | Integrated System Dynamics and Techno-Economic Analysis to Understand the Diffusion of Hydrogen Technology and the Potential Market Share of Low-Carbon Hydrogen in Brazil |
| 38 | Yuki | Ishimoto | Techno-Economic Analysis of Hydrogen Supply Chains | Technoeconomic Analysis of International Hydrogen Supply Chains to Japan: Balancing Cost and Carbon Intensity |
| 39 | Ahmad | Rafiee | Techno-Economic Analysis of Hydrogen Supply Chains | Techno-Economic Analysis of the Multi-Point Green Hydrogen Injection into the Irish Gas Network |