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About this Symposium

Meeting MS&T24: Materials Science & Technology
Symposium Electrification of Iron and Steel
Sponsorship AIST Metallurgy—Processing, Products and Applications Technology Committee
Organizer(s) Leora E. Dresselhaus-Marais, Stanford University
Kerry C. Rippy, National Renewable Energy Laboratory
Ronald J. O'Malley, Missouri University of Science and Technology
David Marshall, Performance improvement Inc
Madhu G. Ranade, Steel Dynamics, Flat Roll Group
Joseph Morey, Morey Industrial Consulting
Scope This symposium will focus on opportunities for electrification in iron and steelmaking processes. Topics will include electrification of ore processing (sintering, drying etc.), hydrogen direct reduction, thermal management, hydrogen plasma-based reduction, electrified furnaces (reheating, smelting and electric arc furnaces), and other novel technologies. We will also include a session on the evolution & development of electrical power generation, distribution, storage & management systems that underpin process electrification. Our symposium will include pyrometallurgy, hydrometallurgy, and cross pollination opportunities from connecting electrification strategies in other industries to iron and steelmaking. Topics will include decarbonization for

     1.     Pre-Processing (ore preparation)
     2.     Green Ironmaking Strategies
     3.     Cross Pollination between Industries

Novel technologies, models, and strategies will be presented, including process development, refinement, and transformation.

Abstracts Due 05/15/2024

PRESENTATIONS APPROVED FOR THIS SYMPOSIUM INCLUDE


A Volume Expansion Decarburization Kinetics of a Fe-1wt%.C Liquid Steel by Varying Ar-CO2 Ratio Used for Electric Arc Furnace
An Overview of Department of Energy’s RD&D Strategy for Decarbonizing Iron and Steel
Application and Prospect of Biomass Carbonization Process in the Field of Ironmaking
BioIron™ – The Development of a Low CO2 Emissions Ironmaking Process Utilising Raw Biomass as a Reductant and Microwaves as an Energy Source
Challenges and Opportunities for Electrification of the Ironmaking Process
Decarbonizing EAF Steelmaking by Using CO2-Sourced Graphite Electrodes in EAF Steelmaking
Electrification of Combustion Processes in Steel Manufacture – Applications and Technologies
Electrification of Heavy Industry - Challenges and Opportunities
Electrified CSP® Nexus Solution
Electrochemical Co-Recovery of Energy Critical Metals, Silica, and Calcium and Magnesium Hydroxides from Slags
High-Efficient Production of High-Purity Iron from Oxide Ores by Acidic Electrowinning in Anion-Rich Electrolytes
Impact of Varied Oxygen Injection on Refining Process in an Industry-Scale EAF Through CFD Model
Modeling Iron Ore Reduction on Pilot Scale and Industrial Scale to Determine Economic Penalty of Pure H2 Operation
Simulation of Steel Slab Induction Heating with an Adaptive Soaking Process
Sustainable Steelmaking: A Case of NIST's Vision for Sustainable Manufacturing


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