STS397B Hydrogen – Industrial Questions II
Prof. Matti Kurki (JAMK University of Applied Sciences , Finland) , Mr. Tero Tuovinen (JAMK University of Applied Sciences , Finland)
This Special Technology Session addresses critical industrial challenges around hydrogen deployment by bridging computational mechanics, measurements, and techno-economic reasoning. We invite contributions that quantify where hydrogen is technically and economically justified across heavy industry and transport, and that demonstrate validated models capable of guiding design and operations. Target topics include multiphysics modelling of electrolyzers and the operation of fuel cells; Hydrogen storage and transport; hydrogen effects on materials (embrittlement, fatigue, fracture); dispersion, combustion, and safety; as well as plant- and network-scale simulations integrating electricity markets and heat recovery. The session also emphasizes value network analysis across supply chains—linking component performance, reliability, and maintenance to system cost, lifecycle impacts, and its risks.
Scheduled presentations:
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Advancing Green Hydrogen Technologies for Sustainable Industrial Applications: Insights from the gH2ADDVA Project
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Power-to-X-to-Power Energy Systems for Renewable Energy Storage and Conversion
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Numerical investigation of operating condition effects on void fraction, flow distribution, and current distribution in an alkaline electroyzer stack
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Transient Thermo-Mechanical Stress during Cryogenic Tank Filling
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Optimization of a Monolithic Membrane Reactor with Coupled Reforming and Diffusive Hydrogen Combustion
