Hydrogen Uses in Process Metallurgy

Proceedings of the 65th Conference of Metallurgy & Materials, COM 2026
Erscheinungsjahr 2027
ISBN: 978-3-032-40643-9
Verlag: Springer

Buch, Englisch, 274 Seiten, Format (B × H): 155 mm x 235 mm

The Proceedings includes research from the symposium held at the Conference of Metallurgy & Materials aimed at innovation around sustainable high-temperature metal processing. The symposium focused on the role of hydrogen in reducing carbon emissions in the metallurgical industry from industry experts and research organizations.

Zielgruppe

Research

Fachgebiete

• Technische Wissenschaften Maschinenbau | Werkstoffkunde Technische Mechanik | Werkstoffkunde Werkstoffprüfung

Inhaltsverzeichnis

Evaluating X-ray Computed Tomography (XCT) as a Quantitative Tool for Pore and Crack Analysis in Hydrogen-Reduced Iron Ore Pellets.- Using Thermodynamics and Microstructure to Mitigate Overfitting in Pellet Reduction Models.- Volume Change of Iron Ore Pellets in a Multi-Pellet Configuration during Reduction Using Pure Hydrogen.- Valorization of Steelmaking Slags by Hydrogen Direct Reduction and Magnetic Separation.- Melting Behavior of Hydrogen-Reduced and Carbonaceous Direct Reduced Iron: Slag Interactions and Implications for Hydrogen Metallurgy.- Laboratory-scale study of a pellet-based H2 reduction and electric smelting process for New Zealand titanomagnetite ironsand.- Design and Installation of a Lab-scale Fluidised Bed Reactor for Batch & Continuous High-pressure H2-based Ironmaking.- Effect of reducing atmosphere on direct reduction and electric arc furnace melting of high-grade iron ores pellets.- Bridging the Carbon Gap: Carburization of Hydrogen-Based Direct Reduced Iron in CO Atmospheres.- Hydrogen-Based Pre-reduction of High and Low Grade Siliceous European Manganese Ores for Low-Carbon Ferroalloy Production.- Temperature Influence on the Hydrogen Reduction and carburization Behavior of Iron Ore Pellets.- Melting behavior of Direct Reduced Iron Pellets in Molten Steel and Molten Slag Bath.- Temperature-Dependent Hydrogen Reduction Behavior of Saprolitic Nickel Ore in 75% Hydrogen-25% Argon Atmosphere.- High Temperature Behavior of Low Oxygen Copper and SiC-Based Refractory Materials under the Influence of Hydrogen and Methane Mixture Combustion Gas.- Comparative Evaluation of Different Laterite Processing Routes for the Sustainable Production of High-tech Ni Products.- Hydrogen reduction of iron oxide systems, in both solid and liquid states, from the steelmaking industry.- Hydrogen-based Reduction of Electric Arc Furnace Dust.- Plasma torch produced hydrogen plasma as a reduction agent and heating source in pyrometallurgy.- Recovery of a Copper-rich Alloy through Hydrogen Reduction of a Combined Converter-Anode Furnace Slag from Secondary Production.- Development of the ZESTY Ironmaking Process.- Sustainable Manganese Production: Pilot-Scale Hydrogen Prereduction of Mn Ore in a Plasma Rotary Kiln.- SiO formation and condensation with hydrogen in carbon free conditions.- Decarbonizing Magnesium Pyrometallurgy through Methanothermic Reduction under Microwave Heating.- Use of Hydrogen in the MIDREX(R) Process.- Seeding Approach for Resource-Efficient FeNi Growth and Nickel Extraction from Ultramafic Ni Concentrates.- Copper extraction from a seafloor massive sulfide ore via a hydrogen-based direct reduction process.- Mind the Gap: Bridging the Divide Between Ironmaking and Green Hydrogen Economic Realities.- Influence of gas composition on the wettability of blast furnace slag and cokes.- Revisiting Aurubis Hamburg’s Anode Furnaces.- Waste heat recovery, hydrogen recovery, and CO2 capture in the manganese metallurgical industry.

Über Autor(innen)

The Metallurgy and Materials Society: Metallurgists have been active in the Canadian Institute of Mining, Metallurgy and Petroleum (CIM) since its inception in 1898. In 1945, the Metallurgy Division was formed to reflect the group’s technical interests. Constituted as a society in 1967, MetSoc has grown to become one of the premier global organizations serving the international metallurgy and materials community. Its annual Conference of Metallurgists (COM) is a preeminent event on the international metallurgy meeting calendar. In partnership with sister societies, MetSoc is also a lead organizer of key world-class conference series such as Nickel-Cobalt, Copper and Lead-Zinc.