Study of innovative technologies for the transition of the metallurgical industry of the production process and their decarbonization through the use of renewable raw materials.
Energy and emissions
2020 - 2023
Study and design of a new reduction system for the valorization of iron oxide scale.
Promote integrated solutions for the production of green hydrogen and AEM as a raw material in the same steelmaking process.
Investigation of new solutions for post-combustion and oxy-combustion carbon capture with metallic residues present in by-products of CELSA’s process.
Investigation of carbon sequestration based on the oxidation-reduction of by-products.
Coupling of the current CO2 capture system by means of amines to be used for the generation of syngas by means of coelectrolysis and its subsequent use as a scale-reducing agent.
Techno-environmental study and modeling of the application of zero-emission recovery of all the scale generated and massive use of waste heat.
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