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About this Symposium

Meeting 2026 TMS Annual Meeting & Exhibition
Symposium Thermodynamics for Sustainability: An EPD Symposium in Honor of Kazuki Morita
Sponsorship TMS Extraction and Processing Division
TMS: Pyrometallurgy Committee
Organizer(s) Mansoor Barati, University of Toronto
Merete Tangstad, Norwegian University of Science and Technology
Takahiro Miki, Tohoku University
Takeshi Yoshikawa, Osaka University
Jun Nogami, University of Toronto
Dean Gregurek, RHI Magnesita
Jesse F. White, Kanthal AB
Scope This symposium is to honor and celebrate the career and life of Professor Kazuki Morita, from the University of Tokyo. The proposal was approved by the Extraction & Processing Division (EPD) of the TMS in November 2024. The plan is to have 6 sessions (1 honorary and 5 technical), around the theme of thermodynamics in metallurgical processing and material for sustainability. We expect an attendance of 50-70.

About the honoree
Kazuki Morita is a professor in the field of high temperature materials processing at the University of Tokyo. His research is aiming at the establishment of sustainable society by developing their production and recycling of elementary materials, such as steel and silicon, processes together with by-product treatment. Physicochemical studies for the innovative development of iron and steel making processes, solar grade silicon refining processes and recycling and enrichment of waste materials are being carried out in our laboratory with consideration on thermodynamics and high temperature physical properties.
He was appointed as an assistant professor at the Department of Metallurgy of the University of Tokyo immediately after completing his doctorate at the same department in ferrous metallurgy in 1988. After spending 2 years as a visiting researcher at UCLA in the field of ceramics, he promoted to lecture in 1993 and to associate professor in 1995 and he has been operated his own laboratory since 1997. From 2006 to 2012, he was acting as a professor at the Institute of Industrial Science (IIS) at the University of Tokyo, also as a director of the International Research Center for Sustainable Materials at IIS. His research has been highlighted in more than 250 publications and patents that have been recognized by best paper awards from ISIJ, JIMM and ASM (Henry Marion Howe Medal), etc. Dr. Morita’s contributions to the research and technology development have also been acknowledged through awards such as Technical Development Award (JIMM), Scientific Achievement Merit Prize (ISIJ), Tanikawa-Haris Award (JIMM), Noro Award (ISIJ) and Yunnan Friendship Award (Yunnan Province, China), etc.
Dr. Morita has been contributing to the profession by serving in various volunteer roles at ISIJ, JIMM, and Japan Society for the Promotion of Science (JSPS), including the vice president of both ISIJ (2020-22) and JIMM (2020-21), and the chair of 19th committee of JSPS (2019-23). He also established Consortium on Science and Technology of Steelmaking, Japan as the first representative director. (2020-2023) Since 2023, he has been acting as a council member of Science Council of Japan.

Abstracts Due 07/29/2025
Proceedings Plan Planned:

PRESENTATIONS APPROVED FOR THIS SYMPOSIUM INCLUDE


A Decision-Making Framework to Guide Slag Valorisation Choices
A thermodynamic study of molten oxide electrolyte properties for zero emission manganese production through electrowinning
Assessment of Suitable Molten Oxide Electrolyte for Green Silicon Production Derived from End-Of-life Solar Panel Glass
Celebrating the research achivements of Prof, Morita
Contribution of Electrochemistry to Thermodynamic and Physical-chemistry of Molten Oxides
Current Status of CALPHAD Thermodynamic Model and Database for Tramp Elements in Steel
Deoxidation equilibrium of molten Ni-Al alloy
Determination of Critical Thermodynamic and Kinetic Parameters for SiC Solution Growth via Traveling Solvent Method
Distribution and separation behavior of arsenic between CaO-based slag and liquid copper
Effect of Sulfur and Lanthanum Contents on Arsenic Removal From Molten Steel Using Rare Earth Elements
Effective Phosphorus Removal in Steel Slag Recycling Through Flux-Assisted Hot-Stage Reduction
Evolution of catalysts in Electrochemical CO₂ reduction
Experimental data and the Gibbs-Duhem equation in multicomponent systems
Fundamental Study on Carbon-Neutral Reduction of Manganese Ore Using Bio-Carbons
Fundamental Study on Thermal Conductivity in Molten Oxide Systems for High-Temperature Materials Processing
Hydrogen Plasma Quartz Reduction Using SwinH2+ Reactor for Silicon Production: Preliminary Investigation
Hydrogen Reduction of Industrial Iron Ore Pellets: Insights from Thermogravimetric and Microstructural Studies
Hyper-connected Research and Education Program of Metallurgy for Sustainable Society
Influence of Measurement Conditions on Evaluation of Thermal Conductivity of Melts by Hot Wire Method
Leaching mechanism and kinetics of Laterite Ore by Phosphoric Acid for extraction of Ni and Co
Learning from the best to innovate for the future in process metallurgy
Low emission blast furnace ironmaking by using pre-reduced iron ores
NIPPON DENKO’s Challenge Toward Carbon Neutral in Ferromanganese Production
Phase Equilibrium Study of Lead Slag in Lead-acid Battery Recycling
Physical Chemistry Approach to Inclusion Engineering in Steelmaking
Recovery of valuable elements through localized phase separation at elevated temperature
Reducing CO2 emissions by the use of biocarbon materials as reductant in the Si/FeSi process
Salt-free Solid Oxide Membrane-Based Electrolysis of Metal Oxides
Seeing the Unseen: Real-Time Sensing and Imaging of Molten Slags with AC Fields
Silicon production and recycling - new routes based on thermodynamic insights
SO2-Driven Electron Donation Mechanism for High-Valent Cobalt Reduction in the Efficient Recycling of Spent Lithium-Ion Batteries
Sustainable treatment of solid titanium-gypsum-waste using acidic titanium-white-wastewater to produce high-value α-hemihydrate gypsum
The Feasibility Research of Sodium Removal From Red Mud by Carbothermal Reduction
Thermodynamic and Kinetic Investigations of Ferronickel Dissolution and Sulfidation for Carbon-Free Nickel Separation
Thermodynamic Behavior and Sequential Reduction Mechanism in the Synthesis of Ni-Fe-Mo Alloys via Molten Salt Electro-Deoxidation
Thermodynamic evaluation and experimental study on valuable metals recovery from red mud
Thermodynamic Properties of MnO in the CaO-MnO-SiO2 Ferromanganese Slags
Thermodynamic Study on TiN Formation in Molten Ni-Fe-Cr-Ti-N Alloys
Thermodynamics for Environmentally Harmonious Steel-making Processes
Upcycling Photovoltaic Silicon Waste Into High-Entropy Anodes for Lithium-Ion Batteries via Compensation Method
Use of gas in metal production
Using Czocrhalski as a method for refining of silicon
Yttrium Modification of Alumina in Molten Iron: Thermodynamics and Kinetics
"Silicon extraction and concentration" method and its application for the sustainable utilization of rare and precious metal solid wastes


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