Register Today

Agenda

We're just beginning to unveil our presentations and sessions on the agenda for 2025.

Make sure to join the mailing list to be alerted when the full agenda is released. 

Titles ending with a * indicate that the topic has been confirmed but the exact presentation title and speaker may change
Registration & Welcome
Welcome Breakfast- Sponsored by SunCoke Energy
Sponsored by
Opening Remarks
Session I: Metallurgical Coal, Coke and Steel Market Dynamics and Global Expectations
How tariffs are changing Atlantic met coal flows
This presentation will discuss:
  • Key trade flow changes in 2024 resulting from tariff policies
  • Impact on the spot market and prices
  • How have Atlantic suppliers and buyers responded?
  • Where do we go from here? Headwinds and tailwinds in 2025

Siew Hua Seah | Senior Editor for Ferrous Markets , Argus Media Ltd
Principal Federal Environmental Rules and Rulemakings Facing the U.S. Coke Industry in 2025 and Beyond
In the early 1990s, U.S. coke producers played a key role in negotiations between Members of Congress and, subsequently, between industry, EPA, environmentalists and other stakeholders that led to the widely heralded Coke Oven National Emission Standard for Hazardous Air Pollutants (NESHAPs) issued by EPA in 1993 under the Clean Air Act Amendments of 1990 (CAAA). And, what was negotiated then insofar as the CAAA is still impacting the U.S. coke industry today, with EPA considering ever tighter air emission standards for the industry.

This presentation will focus on the principal Clean Air Act and other Federal environmental rules and rulemakings that U.S. coke producers are facing in 2025 and beyond, including one NESHAP issued by EPA in July 2024 following a nine-year rulemaking effort that arose out of both the 1993 Coke Oven NESHAPs and a 2003 NESHAP for Pushing, Quenching and Battery Stacks - and the steps the U.S. coke industry is taking to address them.
 
David C. Ailor, P.E. | President, American Coke and Coal Chemicals Institute
Networking Break
PANEL: Speaker Q&A
Panelists:
  • Siew Hua Seah, Senior Editor, Metals and Coking Coal, Argus Media
  • David C. Ailor, P.E., President, American Coke and Coal Chemicals Institute (ACCCI)
  • Seth Schwartz, President, Energy Ventures Analysis
     
Session II: Steelmaker’s perspective
The Green Blast Furnace - Impacts on Coal and Coke Consumption
The blast furnace is the principal source of GHG emissions in the integrated steel value chain due to its reliance on fossil fuels, mainly coal and coke. Deemed a ‘hard-to-abate’ technology, blast furnaces must innovate to reduce emission as replacement technologies will take time to mature. The impacts on coal/coke consumption from the use of scrap and HBI to replace blast furnace iron ore, electric gas heating, biocarbon usage, hydrogenous gas injection (COG and H2) and top gas recycling technology will be presented. Emerging blast furnace innovation trends in the global community will be discussed.
 
Dr. Feng Liu | Process Engineer- Pyrometallurgy, Hatch
Networking Lunch
High-Carbon Advantage: Unlocking Global Steel Markets with Premium Anthracite
As global industries accelerate their push toward cleaner steel and more efficient metal production, the demand for high-purity carbon sources is evolving. While metallurgical coke continues to play a central role in blast furnace operations, premium anthracite is emerging as a viable and competitive alternative. With its naturally high fixed carbon content, low impurities, and consistent performance, anthracite offers a strategic advantage to steelmakers seeking cost-effective, lower-emission solutions. In this session, Mr. Anand, CEO of Andean Anthracite Ace S.A., will share how his company positioned Peruvian anthracite on the global stage — not just as a commodity, but as a high-value industrial input. Through commercial experience in supplying Asian and European markets, he will explore how anthracite can complement or substitute metallurgical coke in critical processes, while also addressing growing ESG requirements and the need for supply diversification. This presentation will provide insights into the decision-making process of global buyers, the challenges of building trust from a non-traditional origin, and how natural high-carbon products can create new opportunities in traditional markets. It is designed for traders, industrial buyers, and business leaders interested in the future of metallurgical carbon and the role premium anthracite can play in shaping it.
 
Anand Mohan Srivastava | CEO, Andean Anthracite Ace
Session III: Industry Innovations
Session IV: Improving Operational Excellence and Future Outlook
How Digitization and Knowledge Graphs Enable Operational Excellence
High Purity, Low-Cost Graphite from Natural Gas: A Sustainable Supplement or Alternative for Coke and Traditional Carbons in Iron and Steel making
A novel, high-purity graphite produced from methane pyrolysis is emerging as a supplement or alternative to coke breeze, anthracite, coke products, and traditional carbon sources. The process generates highly graphitic carbon and clean hydrogen, combining raw material innovation with practical decarbonization. With exceptionally low ash/sulfur and high solubility, this low emission graphite delivers performance advantages for electric arc furnace injection, as a recarburizer, and as a replacement for traditional carbon sources in critical iron and steel making operations.

The co-product—clean hydrogen—offers direct pathways to lower carbon intensity across steelmaking, from direct reduced iron (DRI) processes to substituting fossil fuels in reheat furnaces. By utilizing abundant U.S. natural gas, this technology enables competitive local production, addressing both supply reliability and long-term cost pressures faced by the domestic steel industry.

This session will detail the technical, commercial, and sustainability impacts of methane pyrolysis graphite and explore its role in lowering carbon intensity while securing raw material availability for future industry growth.
 
Dennis Lippmann | President, Graphitic Energy
Session V: Logistics of Import and Export
Union Pacific Presentation*
Networking Break
Session VI: Availability of Materials
Green Steelmaking Raw Materials and the Decarbonization of Steel
  • Decarbonization of steel and evolution of global green steel premiums
  • Impact of regulations such as CBAM on steel
  • Market update on green steel-making raw materials (ferrous scrap, HBI, pig iron)

Shivani Singh | Associate Regional Pricing Director EMEA Metals , S&P Global
Colombia’s Metallurgical Coal and Coke (A Historical Review and Future Outlook)
This presentation provides a concise overview of Colombia’s metallurgical coal and coke sector; its historical development, key producing regions, quality specifications, and export performance. As Latin America’s leading producer, Colombia has long supplied premium met coal and coke to global markets, particularly in Europe, the Americas, and increasingly Asia. I will present historical production and export statistics by region within Colombia and producers, alongside coal and coke quality specifications. The analysis also highlights the geological complexity of Colombia’s typical metallurgical coal deposits, along with the logistical constraints of transporting coal and coke to both Atlantic and Pacific ports. The presentation outlines the major industry players, the mechanisms for financing and advancing projects, and the strategies being adopted to enhance productivity and formalization in a traditionally fragmented sector. Finally, I will provide an outlook on upcoming projects and resource potential, including how advances in mining methods and technology may lead to improved product quality and operational efficiency.
 
Carlos Felipe Barrera | Managing Director – South America, John T. Boyd Company
PANEL: Speaker Q&A
Moderator: 
  • Dr. John F. Quanci, VP Engineering & Technology- Chief Technology Officer, Suncoke
Speakers:
  • Carlos Felipe Barrera, Managing Director – South America, John T. Boyd Company
  • Shivani Singh, Associate Regional Pricing Director EMEA Metals, S&P Global
  • Dr. Feng Liu, Process Engineer– Pyrometallurgy, Hatch
  • Anand Mohan Srivastava, CEO, Andean Anthracite Ace
Day 1 Concludes
Evening Networking Reception
Registration Open
Day 2 Registration
For those who did not register on Day 1
Opening Remarks
Session VII: Evolving Coke Market and Decarbonization
The Role of Biocarbon in Decarbonizing The Steel Industry
Steel is the backbone of modern economies, and responsible for 7–9% of global CO₂ emissions. Decoupling a growing international steel industry from further CO2 emissions remains a challenge for an industry with capital timelines on a multi-decade horizon and low risk tolerance. New and lower emissions technologies are emerging but will require substantial capital investment and time to scale before meaningfully displacing legacy production technologies. Biocarbon offers a versatile pathway to cut emissions sooner rather than later. In cokemaking, biochar may be blended at low levels into pre-existing cokemaking operations to cut fossil carbon use and as a hedge against a decline in metallurgical coal quality. Blast furnaces may benefit directly from this biocarbon blended coke, but can also substitute biochar in place of pulverized coal injection (PCI). One of the most important long term opportunities for biocarbon is replacing carbon usage in electric arc furnaces - even EAFs using iron produced from hydrogen or electrolysis will require carbon sources to promote stable slag foaming operations. Gasifying biogenic carbon, such as bio-oil, produces syngas that can reduce iron ore to metallic iron; coupled with carbon capture and storage this pathway can deliver durable carbon removals. Sustainably sourced biocarbon thus enables near-term emissions cuts while complementing the development of breakthrough technologies. This presentation will highlight how these strategies can simultaneously reduce industrial transition risks and accelerate the transition to low-carbon steel.
 
Brian Jamieson | Principal Scientist Metallurgy, Charm Industrial
Impact of BF Feed Materials on Coke Use
This presentation will discuss with emphasis on North America but also on a global basis:
  • Impact of Coke quality – Chemical, Physical, Metallurgical
  • Benefits of Agglomerated Iron Ore – Pellets Sinter (Global)
  • Metallized Burden (HBI[Hot Briquetted Iron], Scrap) Enrichment
  • Coke Replacement with Injectants (Coal, Natural gas, H2, etc)
  • Waste Oxide Briquettes, VALE Briquettes
  • Lump ore, Recycled Materials: BOF slag, mill scale, pellet chips
  • Fluxes, Other additives (bauxite, ilmenite, etc)

Dr. Joseph J Poveromo | President, Raw Materials & Ironmaking Global Consulting
Development of Technology for Improvement of Coke Strength for Low Carbonization in Blast Furnaces and/or Cost Reduction of Coke Production
Based on the defect formation mechanism in coke, we developed the technologies to reduce defects in coke efficiently and applied them to actual cokemaking process. Over a long period of three years, we achieved to produce high-strength coke, despite a world-class high blending ratio of semi-soft coking coal, 74%. These technologies have expanded the flexibility of coal resources and contributed to low cost of coke production, low coke ratio operation of blast furnace. It is a necessary that minimum amount of coke to ensure the permeability of reducing gas and hot metal and slag in the future hydrogen blast furnaces. Therefore, these technologies are expected to greatly contribute to low carbonization operation of blast furnaces from now and into the future.
 
Dr. Yukihiro Kubota | General Manager, Head of Coal & Coke Research , Nippon Steel Corporation
PANEL: The Future of Coal Sector Financing
Panelists to be announced
 
Networking Break
Optimizing Metallurgical Coke Production through Predictive Modeling of Coal Blends with Low-Rank Coals
South Africa’s limited availability of premium coking coals and reliance on volatile imports necessitate cost-effective blending strategies that maintain coke quality while supporting low-emission steelmaking. This study integrates experimental characterization and predictive modeling to evaluate coal blends incorporating low-rank coals. Seven bituminous coals sourced from South Africa, Australia, New Zealand, and the UK were analyzed using proximate and ultimate analysis, Free Swelling Index, Roga Index, Gieseler plastometry, Ruhr dilatometry, and XRF-based ash oxide profiling. Ten blends were developed: Blends 1–5 for market coke and Blends 6–10 for metallurgical coke. Metallurgical blends achieved superior quality metrics (M40 ≥ 60, CRI ≤ 22.9, CSR ≥ 60) and favorable ash chemistry, while plastometry confirmed enhanced fluidity, particularly in Blend 9. Predictive modeling using Random Forest algorithms outperformed linear regression, accurately capturing non-linear coal interactions. This study offers a systematic framework for incorporating low-rank coals into metallurgical blends, reducing costs, and advancing sustainable coke production. Keywords: Coking coal, coal blending, coke quality, CSR, CRI.
 
Shale Venda Mamabolo | Chemical Engineering Postgraduate Researcher, UNISA
Session VIII:
Sustainable Energy
Dastur Energy Presentation
Abstract details to come
 
Closing Remarks
Final Thoughts & Wrap Up