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About this Abstract
Meeting 2026 TMS Annual Meeting & Exhibition
Symposium Fundamentals of Sustainable Metallurgy and Processing of Materials
Presentation Title EPD Distinguished Award Lecture: Simplification and Optimization of the Metal Extraction Process Flow Based on the "Principle of Minimum Chemical Reaction Quantity
Author(s) Kaixi Jiang
On-Site Speaker (Planned) Kaixi Jiang
Abstract Scope The principle of minimum chemical reaction quantity would provide a theoretical guidance how to reduce unnecessary or harmful by-reactions, further minimized the consumption of auxiliary materials, energy, and costs while reducing wastes during the operations. The several extractive metallurgical processes, such as the controllable pressure leaching technologies for zinc sulfide concentrates, arsenic sulfide filter cake, nickel laterite ores, will be introduced.
Proceedings Inclusion? Planned:

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A Closed-Loop Additive–Recycling Strategy for Sustainable Alloy Manufacturing via Laser Powder Bed Fusion
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Advances in Hydrogen Plasma Reduction of Iron Oxide Through Solid-State Generated Microwave Power
Aluminum Alloy Design and Casting Technology for Material Circularity and Sustainability
Atomic-Level Coupling of Mechanical and Chemical Driving Forces in Sustainable Iron Production
Beneficiation of Iron Ore Slime by Low Temperature Treatment for Removal of Alumina and Silica
Calciothermic Reduction of Samarium Oxide to Samarium
Carbosulfidation of the Mixture of Barium Sulfate and Lanthanum Oxide
Comparison of Hydrogen Reduction Kinetics of EAF Dust Key Constituents
Compatibility of Coke Reactivity–Burden Structure Under Simulated Blast Furnace Conditions
D-10: Exploring Rare Earth Metals via Alternative Fluoride Salts (REMAFS) for High-Performance Permanent Magnet Application
D-11: The Effect of MgO Addition to CaO-SiO₂-Al₂O₃ Slag Composition During Electric-Enhanced Silicon Refining
Design of Sustainable Al-Si Alloys for Structural Application
Development and Application of Longevity Technology for Blast Furnace Tuyere in Ironmaking
Development of Extrusion-Based Biocarbon-Chromite Briquettes for Sustainable Ferrochrome Production in Submerged Arc Furnace
Direct Reduction of Iron Oxides by Hydrogen: Elucidating Microstructure Effects in Sintered Polycrystalline Hematite
Effect of Recycling Using CaO Crucibles on the Oxidation Resistance at Different Temperatures for Ni-Base Single-Crystal Superalloy PWA1484
Effects of Alkali Metals on the Blast Furnace Process: Laboratory-Scale Fusion-Reduction Tests
Effects of High Temperature Hydrogen on Microstructure and Creep Deformation in Fe-Cr-Ni Alloys
Electrowinning of Mn and FeMn With a Molten Oxide Electrolysis Process
Environmentally Friendly Lithium Recovery From Clays Under Ambient Conditions
EPD Distinguished Award Lecture: Simplification and Optimization of the Metal Extraction Process Flow Based on the "Principle of Minimum Chemical Reaction Quantity
Exploratory Study on the Radial Distribution of Unburned Pulverized Coal in the Blast Furnace Hearth of Shougang Group
Fundamental Mechanisms in Hydrogen-Based Direct Reduction of Metal Oxides
Hydrogen-Based Recycling of Spent Lithium-Ion-Battery Cathodes Into Master Alloys for Steel Production
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Hydrogen Reduction Mechanism of Steel Alloys Synthesized From Blended Oxides
Hydrogen Reduction of Oxide Blends: A Sustainable Pathway for Synthesis of Ferroalloys
Improving Copper Recovery by Froth Flotation at Konkola Concentrator Using Controlled Potential Sulphidisation (CPS)
Kinetic Model Selection and Process Optimization for LIB Recycling Using Reinforcement Learning
Leveraging Molten Alloy Solution Non-Ideality for Magnesiothermic Reduction of Neodymium Oxide
Low-Carbon Lithium from Sedimentary Rock: Environmental Impacts and Synergies With EV Battery Supply Chains
Mathematical Modeling of a Flow Electrolysis Cell for Sustainable Low Temperature Production of Iron
Measurements on Residence Time of Iron Ore Fines in a Flash Ironmaking Process Using a Cold Model and CFD Analysis
Mechanisms of Non-Thermal Plasma-Enabled Iron Oxide Reduction
Mechanistic Mass Transfer Model for Membrane Solvent Extraction of Cobalt
Modifications in the Pyrometallurgical Process of Zn-Pb Extraction, to Run Pyro Plant in Pb Only Mode (Selectively Extract Pb Metal Only)
Multi-Scale Investigation on the Phase Transformation and Microstructural Evolution of Hydrogen-Based Direct Reduction of Hematite
Narrowing the Knowledge Gaps for Modelling Direct Reduction of Iron Oxide Pellets
Neodymium Extraction From Spent Magnet Using Molten Salt: Thermodynamic Assessment for Suitable Mixed-Chlorides System
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Selective Electrochemical Recovery and Reuse of Cobalt from Spent Lithium-Ion Batteries Using Green Leachates
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Solid-State Hydrogen Reduction Behaviour of Cu in CuO and Synthetic Copper Slag
Solid Phase Alloying and Upcycling for Advanced Manufacturing
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Stabilizing Effect of Particles in Slag Foaming Relevant to High Temperature Metals Processing
Stretch Flangeability of Hot-Rolled Ti-Nb Microalloyed Steels Containing Tramp Cu, Sn and Sb
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Sustainable Nickel from Low-Grade Laterites: A Hydrogen Plasma Smelting Approach to Sustainable Metallurgy
Synergistic Valorization of Waelz, Fayalite, and Linz Donawitz Slag Mixtures
The Impact of High Recycled Content on High Formability Products
Toward Sustainable Iron Production: Electrochemical Reduction of Hematite Under Alkaline Conditions
Towards Decarbonization of the Titanium Industry via Hydrogen Plasma Smelting Reduction
Treatment and Analysis of Abnormal Conditions in Ironmaking Blast Furnaces
Understanding Kinetics of Slag and Metal Interaction in Electroslag Additive Manufacturing for Low-Cost Feedstock Using Neutron Diffraction Technique
Upcycling Spent Battery Cathodes Into Steel With Green Hydrogen
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