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Meeting 2026 TMS Annual Meeting & Exhibition
Symposium Circular Metallurgy: Design, Technology, Application
Presentation Title Study on Cold-Solidified Pellet Preparation and Application Technology
Author(s) feilong zhai, qingguo Xue, Zile Peng, Huafang Yu, Yingjie Fan, Zhao hailan, jingsong Wang, Zuo Haibin
On-Site Speaker (Planned) Zuo Haibin
Abstract Scope In response to the current national “dual carbon” policy, blast furnaces, as a critical component of metallurgical production, must prioritize energy conservation and emissions reduction. Currently, iron ore resources are scarce, and blast furnace feedstock primarily uses sintered ore and pelletized ore. However, these materials have drawbacks such as high energy consumption and complex processes. Cold-pressed pellets, which are formed using binders, have a simpler process and do not require high-temperature calcination, making them a promising option for achieving cost reduction and efficiency improvements in blast furnace operations.
Proceedings Inclusion? Planned:
Keywords 钢铁, 工艺技术, 其他

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

Advances in Hydrogen-Based Plasma Reduction for Sustainable Metal Production
Aluminum alloy products, recycling, and the circular economy
CALPHAD-Based High-Throughput Investigation of Fe-Containing Intermetallic Formation in Al–Si–Mg–Fe–Mn–Cr Alloys for Aluminum Recycling
Closing the Loop: Maximizing Recycle Content and Decarbonization of Apple Alloys
Color-Enhanced Optical Sorting of Mixed Post-Consumer Aluminum Scrap
Design and Application on New Generation of Green Low-Carbon Steel Manufacturing Process
Design Sustainable Al-BASED AlFeMgSi Alloys with High Ductility with the aid of high throughput thermodynamic calculations
Engineering Artificial Minerals for Advanced Lithium-Ion Battery Recycling
First Investigation of Recycling-Induced Changes in Yield Point Elongation Behavior of Near-Interstitial-Free Steels
Hot tearing resistance of recycled aluminum 6061 alloy with various Fe contents
Metallic foams by solid-state consolidation of machining chips
Modeling Microstructure Evolution of Lithium-containing Phases Based on the Maximum Entropy Production Principle
Multiscale simulation of lithium-bearing phase solidification from lithium-ion battery slags
New Strategies to Advance Recycling, Energy Efficiency, and Circular Metallurgy in Aluminum Production and Processing
Optimisation of aluminum alloy grade system to facilitate mixing and recycling
Plasmas, Plants and Partnerships: Enabling Fusion Energy Through Circular Metallurgy
Process-Scale Circularity in Metal Additive Manufacturing: Repurposing Off-Specification M789 LPBF Powders
Recycling of Waste Titanium Powder for Additive Manufacturing: A Circular Supply Chain Framework and Life Cycle Assessment
Study on Cold-Solidified Pellet Preparation and Application Technology
Sustainable practices to alloy molten aluminum using powders, master-alloys, tablets, and scraps during batching processes
Ultra-fast High Temperature Sintering (UHS) of Ion Conductors and Beyond

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