Evaluating X-ray Computed Tomography (XCT) as a Quantitative Tool for Pore and Crack Analysis in Hydrogen-Reduced Iron Ore Pellets
Pyrometallurgy: Hydrogen uses in Process Metallurgy
Symposia
Pyrometallurgy: Hydrogen based Iron and Steelmaking I
Melting Behavior of Hydrogen-Reduced and Carbonaceous Direct Reduced Iron: Slag Interactions and Implications for Hydrogen Metallurgy
Pyrometallurgy: Hydrogen uses in Process Metallurgy
Symposia
Pyrometallurgy: Hydrogen based Iron and Steelmaking II
Hydrogen-based Reduction of Electric Arc Furnace Dust
Symposia
Video
Pyrometallurgy: Hydrogen based Iron and Steelmaking IV
Volume Change of Iron Ore Pellets in a Multi-Pellet Configuration during Reduction Using Pure Hydrogen
Pyrometallurgy: Hydrogen uses in Process Metallurgy
Symposia
Video
Pyrometallurgy: Hydrogen based Iron and Steelmaking V
Stabilizing Chromium in Ferrochromium Slag for Utilization as Aggregate Material
Deep Decarbonization
Symposia
Video
Paper
Deep Decarbonization - Circular & Low-Carbon Economy II
Microstructural Investigation on the Direct Reduction of Iron Ore Pellets with Hydrogen
Students
Poster
Poster Competition Judging