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International Symposium on

CO2-Lean Ironmaking Technology (COOLIT) 2023 : Road to Green Steel

25th (Sun) - 28th (Wed) June 2023 / Gyeongju, Pohang / Korea

  • 25th (Sun) June 2023

    Welcome Function

  • 26th (Mon) June 2023

    Technical Sessions + Banquet

  • 27th (Tue) June 2023

    Technical Sessions

  • 28th (Wed) June 2023

    Plant Tour (POSCO, POSTECH)

Importants Dates

Symposium Overview

We are pleased to invite you to attend the “International Symposium on CO2-Lean Ironmaking Technology(COOLIT) 2023: Road to Green Steel”. The symposium will be held from the 25th to 28th of June 2023 in Gyeongju & Pohang, Republic of Korea, and experts from around the world will be invited to discuss latest strategies and technologies for CO2-lean ironmaking, especially in the Asian-pacific region, which accounts for nearly 75% of the world’s coal-based pig iron roduction.

The aim of the symposium is to facilitate the exchange of knowledge between academic researchers and industry professionals in the iron and steelmaking technology. The focus of the Symposium will be on CO2-lean ironmaking technology, which has the potential to significantly reduce carbon emissions in the iron and steel industry.

This is a unique opportunity to learn about the latest developments in CO2-lean ironmaking technology and to network with leading experts in the field. We believe that your articipation in the symposium will be valuable to both you and the wider iron and steelmaking field.

Symposium Topic

  • Strategies and efforts for reaching green steel production

  • Innovative advances in current ironmaking technology

    - Low carbon raw materials
    - H2 bearing gas injection to blast furnace
    - Oxygen blast furnace with CCU

  • H2-based direct reduction technology

    - Fluidized bed/Shaft reactor-based DR production technology
    - Electric Smelting/Arc Furnace(ESF/EAF)

CONTACT :  coolit-2023@postech.ac.kr

Speakers

Woong-Seong Chang Office of Strategic R&D Planning Towards Low-GHG Emissions from Energy Use in Iron & Steel Sector

Tom Honeyands Newcastle University Electric Smelting Furnace for Alternate Hot Metal Production from Australian Iron Ores

Sung-Mo Jung POSTECH, Korea Techological Pathway of Ore Reducttion by H2 toward Carbon Neutral Steel Production in 2050

Hyeong Jin Kim Hyundai Steel Company Hyundai Steel's Pathway to Green Steel: Developing a Flexible and Hybrid Production System through Innovative Technologies.

Yasuo Kishimoto JFE Steel Corporation JFE Steel's Initiatives toward Carbon Neutrality and the Challenges of Steelmaking Technology in the Carbon Neutral Steelmaking Process

David Leigh Rio Tinto BioIronTM: Ironmaking using Raw Sustainable biomass and Microwave Energy

Dong Joon Min Yonsei University Technological Approach to Carbon Neutrality in Korea's Steel Industry

Jian Pan Central South University Recent Progress and Prospect of Low-Carbon and Hydrogen Metallurgy in Chinese Steel Industry

Joo Hyun Park Hanyang University Challenges in Electric Steelmaking Technology for Reduction of CO2 Emissions

P. Chris Pistorius Carnegie Mellon University Reaction Challenges in Hydrogen Reduction

Mitsuru Sakamoto KOBE STEEL, LTD. Strategy for Carbon Neutrality in the KOBELCO Group

Myoung-Gyun Shin POSCO Update on the Development of Hydrogen-based Ironmaking Process at POSCO

Il Sohn Yonsei University Critical Perspectives in the Utilization of H-DRI from Ironmaking to Steelmaking : Following Our Dream

Junjie Sun China Baowu, China The Research Progress of HyCROF

Nigel Tame BHP Demonstrating Pathways to a Green End State: BHP’s Steel Decarbonisation Program

Shigeru Ueda Tohoku University Refining Process and Slag Properties for Green Steel

Shoji Ushio Nippon Steel Corporation Evaluation of Iron Ore Fines for Hydrogen Reduction in Fluidized Bed

Jianliang Zhang University of Science and Technology Beijing Efficiency Increase & Technological Innovation: Accelerate the Development of a New Pattern of Low-Carbon Green Ironmaking

Zulfiadi Zulhan Institut Teknologi Bandung Ferronickel and Iron Production with Low CO2 Emissions

Paul Zulli University of Wollongong Lower Emissions Steel Production: Challenges to Overcome through R&D