In the four-monthly 4 (BM7-8), the activity carried out by the Operational Units followed the timeframe of the Project. In particular, CNR continued the activities for Milestone 3 “Production of green Hydrogen through electrolysis (T3.2 Sizing of the electrolyser and integration with systems for hydrogen purification and storage at model level) and Milestone 5 “Direct reduction experiments on selected pellets and conditions belonging to the multi-objective analyses” (T5.3 – Study in Laboratory scale plants carried out with “real" iron ore pellets, approaching industrial process conditions, for the determination of the reduction kinetic and the global reaction law). Then, the operational unit Università del Salento continued the activities for Milestone 4 “Evaluation of the pellets properties and processing conditions for the optimization of the reduction process” (T4.1 “Design space and optimization”).

TECHNICAL- SCIENTIFIC REPORT PRIN 2022 PNRR "real-green-steels" (P202278BNF)- Four-monthly 4

Palella A.;Aloisio D.;Spadaro L.;
2025

Abstract

In the four-monthly 4 (BM7-8), the activity carried out by the Operational Units followed the timeframe of the Project. In particular, CNR continued the activities for Milestone 3 “Production of green Hydrogen through electrolysis (T3.2 Sizing of the electrolyser and integration with systems for hydrogen purification and storage at model level) and Milestone 5 “Direct reduction experiments on selected pellets and conditions belonging to the multi-objective analyses” (T5.3 – Study in Laboratory scale plants carried out with “real" iron ore pellets, approaching industrial process conditions, for the determination of the reduction kinetic and the global reaction law). Then, the operational unit Università del Salento continued the activities for Milestone 4 “Evaluation of the pellets properties and processing conditions for the optimization of the reduction process” (T4.1 “Design space and optimization”).
2025
Istituto di Tecnologie Avanzate per l'Energia - ITAE
Rapporto intermedio di progetto
direct reduction
hard-to-abate
green steel
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/558400
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