Industrial Decarbonization Through Hydrogen Technology: 24 Million Euro Project by Hyinheat
The HyInHeat project, with a budget of 24 million EUR, is focused on integrating hydrogen as a fuel for high-temperature heating processes in energy-intensive industries, such as aluminum and steel sectors. The project aims to decrease CO2 emissions while increasing energy efficiency in a cost-competitive manner.
One of the key objectives of the HyInHeat project is to maintain NOx emission levels and resource efficiency at the same level as traditional methods. To achieve this, new concepts for NOx emission measurement in hydrogen combustion off-gas are being developed. These concepts may lead to a redesign of the heating process itself, supported by simulation methods enhancing digitalization.
Besides hydrogen-air heating, the project will also implement oxygen-enriched combustion and hydrogen-oxyfuel heating to boost energy efficiency and decrease future hydrogen fuel demand.
Sustainability of the refractory lining is a focus of the project, ensuring that product quality and yield are maintained during critical production process conversions.
The evaluation process in the HyInHeat project is cross-sectorial, covering multiple industries. Material flow analysis and life cycle analysis methods are being used to evaluate the potential for hydrogen heating processes in energy-intensive industries.
It is important to note that the HyInHeat project does not explicitly mention an increase in hydrogen fuel demand. However, the project's implementation of efficient hydrogen combustion systems will see eight demonstrators set up at technical centers and industrial plants across Europe.
The HyInHeat project contributes to the decarbonization of industrial heating processes, marking a significant step towards a more sustainable future for energy-intensive industries. The project does not, however, mention any new focus on the sustainability of the refractory lining.
In conclusion, the HyInHeat project is an innovative initiative that aims to advance hydrogen combustion technology in energy-intensive industries, while maintaining sustainability and resource efficiency. The project's cross-sectorial approach and focus on decarbonization will undoubtedly pave the way for a greener future in these industries.
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