November 11-12, 2025
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SunCoke Energy, Inc. (NYSE: SXC) supplies high-quality coke to domestic and international customers. Our coke is used in the blast furnace production of steel as well as the foundry production of casted iron, with the majority of sales under long-term, take-or-pay contracts. We also export coke to overseas customers seeking high-quality product for their blast furnaces. Our process utilizes an innovative heat-recovery technology that captures excess heat for steam or electrical power generation and draws upon more than 60 years of cokemaking experience to operate our facilities in Illinois, Indiana, Ohio, Virginia and Brazil. Our industrial services business provides export and domestic material handling services to coke, coal, steel, power and other bulk customers, as well as mission-critical services to leading, global steel producing companies. The logistics terminals have the collective capacity to mix and transload more than 40 million tons of material each year and are strategically located to reach Gulf Coast, East Coast, Great Lakes and international ports. Additional industrial services include the removal, handling, and processing of molten slag at customer sites, as well as preparation and transportation of metal scraps, raw materials, and finished products.
Dr. Yukihiro Kubota has over 20 years of cokemaking research and operation experience in Nippon Steel Corporation. He obtained his PhD from Tohoku University in 2012. He made significant contributions to the construction and initial operation of the SCOPE21-type coke oven at Nippon Steel Oita Works, which began operation in 2008. He served as the manager of the cokemaking plant at Yawata Works until 2014. His current role in NSC is the General Manager, Head of Coal & Coke Research Department, Ironmaking research Laboratory. He specializes in coal blending theory, coal preparation techniques, coke quality estimation, strength, size, and reactivity. His Keynote address at ICSCI 2025 focuses on Development of Technology for Improvement of Coke Strength for Low Carbonization in Blast Furnaces and/or Cost Reduction of Coke Production.
I serve on the Board of Directors of Appalachian Electric Cooperative and the Advisory Board of Fairview Technology Center and have authored papers published in respected journals.
I earned a degree in Electrical Engineering, an MBA, and an MS in Engineering Reliability & Safety from the University of Tennessee. I am currently working on my DBA doctoral dissertation on Manufacturing Leadership and Reliability. I also hold CMRP and CRL certifications.
I’ve achieved success in a range of executive capacities, including:
As Senior Training Instructor at global technology leader Emerson, I wrote and conducted 12 Machinery Health Monitoring Training courses, developed course demo equipment, and served as SME on CSI vibration systems.
As National Account Manager at AESSEAL, I provided clients like International Paper and Archer Daniels Midland with best-in-class mechanical seals for pumps and mixers.
As Founder & CEO of MAARS, Inc., I raised $1.2M startup capital, co-patented a signal conditioner for an online vibration system, and for 12 years manufactured innovative online machinery monitoring hardware and software.
At Computational Systems, Inc. (CSI) as Application Sales Engineer, then Midwest Regional Manager, I received multiple Salesperson of the Year awards and led their ‘Top Gun’ Business Development and Sales training.
Dennis Lippmann currently serves as President of Graphitic Energy, a technology provider for clean hydrogen and graphite production through pyrolysis of natural gas. In this role, he oversees operations, technology, and business development of the company.
With more than 30 years of experience in hydrogen and syngas technologies, Dennis began his career as a process engineer before advancing to leadership roles in process engineering and executive management across major licensors and EPC firms.
Previously, he served as President & CEO of thyssenkrupp Uhde USA, focusing on engineering and construction of hydrogen, ammonia, fertilizer and metallurgical coke plants, and as CEO of thyssenkrupp Industrial Solutions North America, covering projects across the U.S., Canada, and Mexico in chemical plants, cement, mining, automotive, and naval industries. He also led KBR’s global ammonia and syngas technology business between 2013 and 2015.
Dennis holds a PhD in Chemical Engineering from the Technical University of Clausthal, Germany. In 2023, he received the Meyer-Galow Award for Business Chemistry by the German Chemical Society (GDCh). He lives with his family in Houston, Texas.
Brian Jamieson is a Principal Scientist at Charm Industrial, where he leads efforts to scale pyrolysis products for heavy industrial applications. He holds a PhD in Materials Engineering from McMaster University in Hamilton, Ontario. His background spans traditional iron and steelmaking processes including blast furnaces, direct reduced ironmaking, and electric arc furnaces. He has more than seven years of experience at the intersection of ironmaking, industrial decarbonization strategy, and techno-economic analysis assessing how traditional processes can be adapted and supported in the transition to net-zero.
Brian is a frequent contributor to the Association for Iron & Steel Technology (AIST), where he has published on topics including bio-oil gasification and biochar utilization in ironmaking, and presented on topics such as the power demands of green hydrogen production. His work emphasizes practical, techno-economically viable pathways for industrial CO₂ abatement, with a focus on how carbon removal technologies can complement steelmaking on the path to true net-zero emissions.
Dr. John F. Quanci is SunCoke Energy’s Vice President of Engineering and Technology, and Chief Technology Officer. In his present position, Dr. Quanci is helping build critical competencies and improving/advancing SunCoke’s existing technology as well as leading the development of next generation coking technology for both US and international applications in the pursuit of global growth opportunities.
Dr. Quanci has over 25 years in US and overseas experience in process research, development, plant optimization and in plant manufacturing experience, and has managed a breadth of organizations internal and external to Petroleum industry such as Mobil Research, Mobil Oil, BP/Mobil, Exxon/Mobil, Sunoco, Rodel and Rohm and Haas Electronic Materials (now Dow Electronic Materials). Prior to SunCoke, his most recent position was Director, Corporate Technology within Sunoco’s Corporate Engineering & Technology organization in which he leads their initiatives to consolidate and leverage process technology/expertise across all of their business units.
Dr. Quanci earned a Ph.D. and Masters in Chemical Engineering from Princeton University and a Bachelor of Chemical Engineering degree from the Cooper Union for the Advancement of Art and Science in New York City. Dr. Quanci is also a registered Professional Engineer and has over forty US and international patents and patent applications.
Based in London, Singh is S&P Global Commodity Insight’s Associate Regional Pricing Director EMEA Metals leading the teams for steel, steelmaking raw materials and non-ferrous market coverage within the Europe Middle East and Africa region. She has spent close to two decades covering global commodities and equities markets. Prior to joining Platts in Singapore where she managed the Asia steel and scrap team, she was based in Beijing as Chief Correspondent, China Commodities & Energy at Reuters for three years, where she led a team of journalists covering the top consumer of commodities and energy such as metals, soybean, crude oil, gas, steel, pork. Previously, she was based in Singapore as Asia Editor at Fastmarkets and was responsible for non-ferrous, ores and alloys coverage in the Asian region for several years.
Dr. Kodukula is a mineral processing expert specializing in iron-making raw materials and carbon-neutral technologies, with over 30 years of experience. He has led breakthrough process initiatives for coal & coke, iron ore, and by-products in the U.S., Canada, Mexico, Brazil, Kazakhstan, Liberia and India. As an advisor, he recommends metallurgical and PCI coal for blast furnace operations worldwide and connects mines with iron and steel-making facilities. Dr. Kodukula combines deep scientific and technical expertise with dynamic market conditions, strategic leadership and global collaboration. He has received several recognitions, including the National Mineral Award (India), the Raman Research Fellow, and ArcelorMittal Global Performance Excellence Award.
He holds a Ph.D. in Geology/Mineral Processing and has authored a significant number of technical publications and technical reports.
Dr. Bristow has been actively involved in the steel and steelmaking raw materials industries for over 22 years. During this time, he has led numerous investigations in coal and iron ore technical and market research, minerals strategy development, and market planning for BHP’s coal business, and was Chief Analyst for BHP Billiton’s Carbon Steel Materials Group, leading the Market Intelligence Group in Singapore.
His key expertise in steel, metallurgical coal, iron ore, and manganese ore and ferroalloys, coupled with strategic vision and long term analysis on future directions in emerging markets, saw him as an early proponent of the rebirth of the global steel industry, the rise of China and of coal’s growth story, together with a strong belief in China’s emergence as a major seaborne metallurgical coal importer. He has been a strong advocate for India’s growing coal demand.
In April 2009, he formed H&W Worldwide Consulting, putting his strong market analysis and strategy skills to good use across bulk commodities, including iron ore and coal –for both coking and thermal.
As an internationally recognized expert in areas of steel and steelmaking raw materials, long term trends and scenarios, he has written and presented numerous publications at highly respected international conferences and meetings.
Dr. John F. Quanci is SunCoke Energy’s Vice President of Engineering and Technology, and Chief Technology Officer. In his present position, Dr. Quanci is helping build critical competencies and improving/advancing SunCoke’s existing technology as well as leading the development of next generation coking technology for both US and international applications in the pursuit of global growth opportunities.
Dr. Quanci has over 25 years in US and overseas experience in process research, development, plant optimization and in plant manufacturing experience, and has managed a breadth of organizations internal and external to Petroleum industry such as Mobil Research, Mobil Oil, BP/Mobil, Exxon/Mobil, Sunoco, Rodel and Rohm and Haas Electronic Materials (now Dow Electronic Materials). Prior to SunCoke, his most recent position was Director, Corporate Technology within Sunoco’s Corporate Engineering & Technology organization in which he leads their initiatives to consolidate and leverage process technology/expertise across all of their business units.
Dr. Quanci earned a Ph.D. and Masters in Chemical Engineering from Princeton University and a Bachelor of Chemical Engineering degree from the Cooper Union for the Advancement of Art and Science in New York City. Dr. Quanci is also a registered Professional Engineer and has over forty US and international patents and patent applications.
Manager of Technology and Operations. Cokemaking, AK Steel Corporation 2005-2019
Senior Stuff Engineer. Cokemaking, AK Steel Corporation 1990-2005
Director of Research Laboratory . Eastern Coal and Chemicals Institute, Russia , 1985-1989
Senior and Principal Research Fellow. Eastern Coal and Chemicals Institute, Russia , 1973-1985
Over 40 years experience in all aspects of Cokemaking including R & D, Operations, Quality and Process Control, Environmental and Safety management.
20 publications and 2 patents, Russia, related to cokemaking, preheat charge technology, heat transfer in coke ovens and process optimization.
Education:
Doctor of Philosophy (Ph.D.), Metallurgical Engineering. Eastern Coal and Chemical Institute, 1979 – 1985
MS, Metallurgical Engineering. Ural State Technical University, 1967-1973
AIST Cokemaking Technology Committee, Chair, 2014-2016
Dr Hardarshan Valia retired as a Staff Scientist at Inland Steel Research Laboratories (now Arcelor Mittal), and is currently the President of Coal Science, Inc. He has published more than 85 scientific articles and various book chapters including in “Making, Shaping, and Treating of Steel,” and in “New Trends in Coal Conversion,” and co-authored a book entitled “Indiana Coals and the Steel Industry,” and is a contributor to American Iron and Steel Institute’s web site. He has been honored with the Joseph Becker Award (Iron & Steel Society), the Joseph Kapitan Award (Association for Iron & Steel Technology), and the American Iron & Steel Institute Presidential Medal. He received his Ph.D. in Geology from Boston University.
Currently residing in Fernie, British Columbia. Attended University of Alberta and got a degree in Materials Engineering in 2007.
Began working at Fording River Operations as a Metallurgist with Elk Valley Coal company, which later became Teck Coal. In Teck I have worked as a Metallurgist at Teck’s Fording River Operations, Greenhills Operations, Line Creek Operations and its Lead-Zinc smelter. For the last 3 years I have been working with Technical Marketing for our Coal Business Unit.
