Projects
Revealing the effect of inhibitors on gaseous hydrogen uptake and related hydrogen embrittlement of steels Ghent University
The project aims to obtain a fundamental understanding of the effect of inhibitors in high-pressure gaseous hydrogen on the detrimental interaction of hydrogen with steels. The obtained fundamental understanding will facilitate a renewed sustainable energy system, which depends on transporting and storing hydrogen added gas mixtures in existing or new high-pressure structural systems. Gas impurities added to pressured hydrogen can have an ...
HyFit: Hydrogen embrittlement at different scales: Fitness-for-service of gas pipelines for hydrogen transmission by laboratory scale investigations and modelling Ghent University
De aanwending van het bestaande aardgasnetwerk voor waterstoftransport en -opslag zal een cruciale rol spelen in de Belgische energietransitie. De ‘fitness-for-service’ van deze pijpleidingen dient bevestigd te worden voor dit nieuwe gebruik. Pijpleidingstalen en -lassen kunnen immers onderhevig zijn aan materiaaldegradatie ten gevolge van waterstofverbrossing. Het HyFit-project zal een methodologie ontwikkelen die toelaat om het bestaande ...
Hydrogen for anyone, anywhereStrengthening the intellectual property position for the valorization of hydrogen panel technology KU Leuven
PhotoChromic HYdrogen PERoxide biosensors for super-resolution imaging of hydrogen peroxide microenvironments KU Leuven
In cells, hydrogen peroxide (H2O2) is deliberately produced and is key for a healthy cellular metabolism, and an adequate H2O2 production and delivery is required for correct cellular and tissue functions. The majority of this H2O2 production occurs in cellular microdomains, and the signalling actions in these microdomains are restricted to a very confined area. Most of these discoveries were made possible thanks to the use of ...
CFD-Assisted Design of an Innovative Multiphase Chemical Reactor for Hydrogen Release. University of Antwerp
Clean Hydrogen Propulsion for Ships (CHyPS) Ghent University
The CHyPS project (“Clean Hydrogen Propulsion for Ships”) will develop essential building blocks in the roadmap to a comprehensive modelling suite to enable simulation of the powertrains of the vessels of the future. Within CHyPS, the focus will be on detailed modelling of green and clean ship engines on hydrogen and methanol, and the storage system for e-fuels, with a focus on liquid hydrogen. The models will be written in a way that allows ...
Sustainable reductions in water of biorenewable chemicals via in situ hydrogen gas production. University of Antwerp
Hydrogen, a sustainable fuel from air and light. KU Leuven
The main objective of this project is scaling up and demonstrating a modular hydrogen panel that, powered by solar energy, makes hydrogen from water present in the air, for the decentralized production and consumption of a renewable fuel from small to large scale.