Posters
H2 production
ID 24
Analysis of preheating strategy and heat transfer mechanism of the MS-SOEC system
Jenn-Kun Kuo (National Sun Yat-sen University)
ID 79
PVD-coated interconnects for solid oxide electrolysers
Kun Zhang (University of Birmingham)
ID 20
Dual-driven Activation of High-valence States in Prussian Blue Analogues via Graphene-quantum dots and Ozone Induced Surface Restructuring for Hydrogen Evolution
Min-Hsin Yeh (National Taiwan University of Science and Technology)
ID 19
Interlayer-Modulated NiFe-LDH Electrodes with Tunable Interlayer Spacing for Robust and Efficient OER in Water Splitting
Ling-Yu Chang (National Taipei University of Technology)
ID 25
Asymmetric Co-Flow Membraneless Electrolysis for High-Purity Hydrogen Production via Hydrodynamic Bubble Control
Mohammad Torkian (Universite Libre de Bruxelles)
ID 48
Rapid and Facile Fabrication of Electrocatalyst Using Photo-derived Procedure for Hydrogen Evolution
Jung Woo Lee (Pusan National University)
ID 37
Life Cycle Assessment and Environmental Life Cycle Cost of a Photoelectrolysis Cell for Hydrogen Production
Mauro Giorgianni (Institute of Advanced Technologies for Energy “Nicola Giordano”)
ID 31
Accelerating Start-Up and Boosting Hydrogen Output through Applied Potential Control in Bench-Scale Membraneless Single-Chamber MECs
Minsoo Kim (Pusan National University)
ID 75
Hydrogen production from aluminum reaction with NaOH/H2O solution: experiments and insights into reaction kinetics
Martina Iaia (University of Modena and Reggio Emilia)
ID 52
On-demand hydrogen production by ammonia decomposition at low temperatures
Yasushi Sekine (Waseda University)
H2 embrittlement
ID 28
Hydrogen embrittlement: Phase-selective lattice swelling and stress evolution
Antonin Dlouhy (Czech Academy of Sciences)
ID 54
Influence of microstructure evolution and precipitation on hydrogen embrittlement in Al0.35CoCrFeNi complex concentrated alloy
Selim Burak Canturk (Slovak Academy of Science)
ID 57
Hydrogen Embrittlement of Cast and Forged Steels for Hydrogen Gas Infrastructure Applications
Hana Jirková (Research and Testing Institute Pilsen)
ID 59
Advanced microscopic techniques for studying hydrogen embrittlement in electrolytically hydrogen-saturated steels
Josef Kasl (Research and Testing Institute Pilsen)
H2 compression & storage
ID 40
Potential of the Underground Hydrogen Storage in the Czech Republic: the preliminary study
Katerina Musilova (Czech Geological Survey)
ID 9
Adhesives and sealants for electrolysers, fuel cells and energy storage devices
Andreas Arlt (WEVO-CHEMIE GmbH)
ID 22
Efficient component development of Mg-based solid-state H2 storage alloys for enhanced hydrogen des-/absorption dynamics driven by machine learning
Wei Xue (EPFL)
H2 mobility
ID 56
Mobile hydrogen filling stations
Vít Doleček (Czech Technical University)
ID 44
Ecosystem for hydrogen dispensing at rates above 60 g H₂/s
Bronislav Vahalík (Transport Research Centre)
ID 42
Sampling device for high-pressure hydrogen
Aleš Dynda (APT spol. s r.o.)
ID 34
Didactic Aid – Hydrogen Refueling Station (HRS) Simulator
Aleš Dynda (APT, spol. s r.o.)
ID 53
The Hydrogen Prism for Maritime: Angles for Regulating Hydrogen Fuels in the EU Maritime Sector
Kelsey Pailman (University of Groningen)
H2 applications
ID 47
Ammonia-cracking-integrated gas turbine system utilizing turbine waste heat: a thermodynamic performance analysis
Gyungmin Choi (Pusan National University)
ID 73
Modeling and Analysis of the Cost Breakdown in the Mass Production of a 10 kW Fuel Cell Stack
Miroslav Kludský (ÚJV Řež a.s.)
ID 43
Modulating the surface properties of Pd/C catalysts by liquid-phase reductants for enhanced selectivity in benzaldehyde hydrogenation
Anna Hwang (Korea Institute of Industrial Technology)
ID 23
Hybrid NiMo@CC-GF biocathode enhances hydrogen-mediated microbial electrosynthesis for acetate production from CO2
Jung Rae Kim (Pusan National University)
ID 80
Using Molten Carbonate Electrolyser as a CO2 concentrator from air: conceptual and experimental study
Aliaksandr Martsinchyk (Warsaw University of Technology)
Ion exchange membranes production
ID 81
Continual casting production process of homogeneous tailormem ion exchange membranes Hollex
Jan Žítka (TailorMem)
