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A prospective plant-level material flow analysis to assess systemic efficiency in the transition to hydrogen-based steelmaking

A prospective plant-level material flow analysis to assess systemic efficiency in the transition to hydrogen-based steelmaking

by - - | Oct 7, 2026 | Results

A prospective plant-level material flow analysis to assess systemic efficiency in the transition to hydrogen-based steelmaking As a result of work carried out within HYINHEAT, we are pleased to share the peer-reviewed open-access publication “A prospective plant-level...
A prospective plant-level material flow analysis to assess systemic efficiency in the transition to hydrogen-based steelmaking

Oxide Scale Morphology of Carbon Steels Under Novel Reheating Conditions

by - - | Oct 7, 2026 | Results

Oxide Scale Morphology of Carbon Steels Under Novel Reheating Conditions As a result of work carried out within HYINHEAT, we are pleased to share the peer-reviewed open-access publication “Oxide Scale Morphology of Carbon Steels Under Novel Reheating Conditions”,...
A prospective plant-level material flow analysis to assess systemic efficiency in the transition to hydrogen-based steelmaking

Introducing socio-technical safety barriers for hydrogen systems

by - - | Oct 7, 2026 | Results

Introducing socio-technical safety barriers for hydrogen systems As a result of work carried out within HYINHEAT, we are pleased to share the peer-reviewed open-access publication “Introducing socio-technical safety barriers for hydrogen systems”, published in IOP...
A prospective plant-level material flow analysis to assess systemic efficiency in the transition to hydrogen-based steelmaking

Reframing safety barriers as socio-technical systems: a review of the hydrogen sector

by - - | Oct 7, 2026 | Results

Reframing safety barriers as socio-technical systems: a review of the hydrogen sector As a result of work carried out within HYINHEAT, we are pleased to share the peer-reviewed open-access publication “Reframing safety barriers as socio-technical systems: a review of...
A prospective plant-level material flow analysis to assess systemic efficiency in the transition to hydrogen-based steelmaking

Oxidation of Carbon Steels in Novel Reheating Conditions: Changes to Oxidation Kinetics

by - - | Oct 7, 2026 | Results

Oxidation of Carbon Steels in Novel Reheating Conditions: Changes to oxidation Kinetics As a result of work carried out within HYINHEAT, we are pleased to share the peer-reviewed open-access publication “Oxidation of Carbon Steels in Novel Reheating Conditions:...
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Recente berichten

  • A prospective plant-level material flow analysis to assess systemic efficiency in the transition to hydrogen-based steelmaking
  • Oxide Scale Morphology of Carbon Steels Under Novel Reheating Conditions
  • Introducing socio-technical safety barriers for hydrogen systems
  • Reframing safety barriers as socio-technical systems: a review of the hydrogen sector
  • Oxidation of Carbon Steels in Novel Reheating Conditions: Changes to Oxidation Kinetics

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    Hydrogen for European Industry: From Technical Readiness to Market Reality

    Hydrogen for European Industry: From Technical Readiness to Market Reality

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    Hydrogen could play an important role in decarbonising energy-intensive industries, but its wider adoption depends on more than technological readiness. In this interview, Francesca Cavezza (European Aluminium) discusses the key policy, economic and infrastructure...

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    Hydrogen is increasingly being considered as a key fuel for decarbonising energy-intensive industrial processes. However, ensuring its reliable use involves more than simply supplying hydrogen to a burner: its quality and composition can directly influence flow...

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    Join the HyInHeat final event on 27 October during European Hydrogen Week!

    Join the HyInHeat final event on 27 October during European Hydrogen Week!

    Jul 9, 2026

    Steel and aluminium are essential metals for European industry, backed by a longstanding and proud history of production. However, these sectors are highly energy-intensive, requiring conspicuous amounts of energy for their production processes. To meet the ambitious...

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    This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement No 101091456

     

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