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Meeting 2024 TMS Annual Meeting & Exhibition
Symposium Towards a Future of Sustainable Production and Processing of Metals and Alloys
Sponsorship TMS Materials Processing and Manufacturing Division
TMS: Shaping and Forming Committee
TMS: Pyrometallurgy Committee
Organizer(s) Arun Devaraj, Pacific Northwest National Laboratory
Dierk R. Raabe, Max-Planck Institute
Suhas Eswarappa Prameela, Massachusetts Institute of Technology (MIT)
Leora E. Dresselhaus-Marais, Stanford University
Petrus C. Pistorius, Carnegie Mellon University
Scope The primary production of metals and alloys and their downstream processing are significant sources of anthropogenic CO2 emissions. With projected growth in demand for metals and alloys in the future, there is a dire need now to develop fundamental science-based approaches to decarbonize metal production and processing. This symposium will bring together worldwide researchers working on the basic science questions related to transitioning from the widely used carbon-based high-temperature reduction of metal ores to lower-temperature solid phase reduction processes using alternate reductants such as Hydrogen, which can eliminate up to 10% of global CO2 emissions. This symposium will also feature experimental and computational research efforts to develop deformation-based solid phase processing approaches to achieve unique microstructures with superior structural and functional properties in metals and alloys.
Abstracts Due 07/15/2023
Proceedings Plan Planned:

Accelerating Rate Limited Kinetics in Hydrogen-direct Iron Reduction: Combining Ptycho-Tomography and Percolation Insights
Advancing Sustainability in the Metallurgical Industry through Innovation and Digitalization
C-32: Development of Stable Pulse MIG Welding Technology for Automotive Ultra-high Strength Steel
C-33: Influence of Grain Size on the Hydrogen-based Reduction of Iron Oxide Films
Current Attempts and Challenges in Decarbonizing Steel Production
Environmentally Friendly Synthesis of Anhydrous Rare Earth Fluorides Derived from e-wastes for Rare-earth Metallization
High-resolution Hydrogen Mapping for Understanding Hydrogen Interaction with Steel Microstructure
HYBRIT Pilot Development for Transformation to Fossil Free Iron and Steel
Hydrogen-based Iron Oxide Reduction for Green Steel Making Studied by Atomprobe Tomography
Hydrogen Reduction of Ferroalloys
Identifying Strong Hydrogen Trapping Site Induced by Deformation in Pearlitic Steels
Influence of Pre-oxidation on the Hydrogen-based Direct Reduction of Combusted Iron Powder
Iron Production by Molten Sulfide Electrolysis
Making Green Steel by Using Ammonia as Reductant
Manufacturing Fe-W Foams with Hierarchical Porosities via Hydrogen Reduction
Melting Efficiently Rare Earth Steel by Whole Scrap Steel
Metal Paste Deposition of Iron Parts from Iron Oxide (Fe3O4) Paste
Numerical Modelling of Hydrogen Pre-reduction Lump Ores in Shaft Furnace for Ironmaking
Phase-field Modeling of Iron Oxide Reduction with Hydrogen: Role of Porosities
Process Modeling and Microstructure Evolution Analysis for Friction Stir Processing of 316 L Stainless Steel Using Smoothed Particle Dynamics Method
Recycling of Secondary Metal Scrap by Solid Phase Processing
Reduction Kinetics of Hematite Powder Using Hydrogen Plasma with Prospects for Near-net Shaping of Sustainable Iron
Repair of High-Strength Aluminum Aircraft Fastener Holes via Additive Friction Stir Deposition
Research and Applicaton on Low-carbon Technologies of Ironmaking Process
Research on Pellet Hydrogen Reduction Followed by Melting Separation for Utilizing Oolitic High-phosphorus Iron Ore
Residual Stresses from Solid Phase Processes: Relationships to Distortion and Process Parameters
Solid-state Recycling of Aluminum Alloys, an Innovative Process for Enhanced Sustainability
Suppressing Surface Hot Shortness in Sheet Production from High Cu Containing Recycled Steels Using Metal Peeling
Sustainable Development for the 21st Century – Challenges and Opportunities for Materials Engineering of Post-consumer Waste
Sustainable Production of Chromite Pellets: Enhancing Pre-reduction Efficiency with Methane-hydrogen Gas Mixtures
Upcycle Aluminum Alloys via Solid Phase Alloying
Visualizing the Atomic Scale Diffusional Mechanisms during Reduction of Epitaxial and Single Crystalline Iron Oxides with Hydrogen

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