Future Steel Forum 2026 Conference Schedule

The steel industry’s leading voices will take centre stage at Future Steel Forum, sharing insights, innovations, and practical solutions shaping the future of steel. This year’s programme, proudly supported by SMS Group, features thought-provoking keynotes, case-driven presentations, and interactive panel discussions designed to inspire and inform.

Please note, the conference sessions are subject to change.

Wednesday 3rd June 2026

Time Session title Stream
Main Auditorium
08:30
|
08:40

Welcome to the Future Steel Forum

An introduction to the Future Steel Forum, highlighting all the key themes that will be covered over today's conference sessions.

Speaker

Speaker

Matthew Moggridge

Programme director, Future Steel Forum

Quartz Business Media

Matthew Moggridge has been editor of Steel Times International since January 2014, having previously edited Aluminium International Today, both published by the UK-based Quartz Business Media. During his time on both titles he has travelled extensively around the world interviewing and writing about leading figures in the metals industry and covering international steel and aluminium conferences. In addition to working as a journalist in many different industrial sectors, he is also the creator and driving force behind the development of the Future Steel Forum.

Matthew’s career as a business journalist has spanned many leading titles covering other industrial sectors including food processing, foodservice, foreign direct investment, bulk handling and transportation and computers.

Quartz Business Media

Conference
Main Auditorium
08:40
|
09:10

The hybrid digital plant model for a sustainable steelmaking facility

The hybrid digital green plant has been designed as a zero emission, fully circular steelmaking complex.

With a production capacity of 730,000 tons of special steels, the plant represents a new model of sustainable steelmaking and of effective integration between industry and the surrounding territory. This is made possible through a combination of major improvements in energy consumption, acoustic and environmental impact, total water recovery, increased material circularity, and the valorization of production residues.

The plant, equipped with Q-One technology, will enable the direct use of energy generated from renewable sources.

Inside the facility, all operations will be managed through Artificial Intelligence and Machine Learning systems, supporting predictive maintenance and enhancing operational activities through Augmented Reality tools.

Speaker

Speaker

Paolo Burin

Vice president

Danieli Centromet

Master’s degree in mechanical engineering at the University of Udine magna cum laude, with specialization in business management.

Joined Danieli in 1995; from 2012 director of sales for Danieli Centromet and since 2015 vice president for the company’s Steelmaking Business Unit, in charge of sales and marketing, product development, operational results and profitability.

Under his direction, the Business Unit has registered a constant increase of market share. Mr Burin has consolidated the Business Unit’s steelmaking leadership in the global market place.

Danieli Centromet

Conference
Main Auditorium
09:10
|
09:40

New opportunities for European steel industries in automotive and components production

Giovanni’s presentation will focus on the opportunities presented to European steelmakers following the adoption by the European Commission of a legislative proposal to increase demand for low-carbon, European-made technologies and products. The Industrial Accelerator Act is designed to boost manufacturing, grow businesses and create jobs in the European Union. The presentation will also examine new green steel opportunities open to European producers under the European Commission’s new vision for industry. He will also discuss CBAM and safeguarding measures and a drive towards a policy of ‘Made in Europe’.

Speaker

Speaker

Giovanni Marinoni

Vice president

Ori Martin Spa

Academic career

  • Scientific high school diploma July 1999 at the Leonardo da Vinci Scientific High School in Brescia.
  • Degree in Business Administration at the University of Parma in February 2001.
  • Obtained the Master of Business Administration (MBA) in March 2011 at ESADE Business school in Barcelona (ES).

Professional path

  • BNP Paribas 2001-02, M&A junior analysis in TMT business area, at the London (UK) office.
  • Mac Steel International 2002-03 (Arcelor-Mittal group), Long product & wire rod trading desk, London (UK).
  • Ori Martin Group since 2003 various positions and current president of Ori Martin Holding.

Membership path:

  • General Council of Confindustria Brescia since 2016.
  • President of the Metallurgy and Steel Sector of Confindustria Brescia 2020-24 mandate.
  • VP Confindustria Brescia since 2025.

Ori Martin Spa

Conference
Main Auditorium
09:40
|
10:10

Getting ready to start Europe’s first steel mill in half a decade

Speaker

Speaker

Niklas Wass

CEO, Boden Operations

Stegra

Niklas Wass heads Stegra’s operations for the future integrated green hydrogen, green iron and green steel plant in Boden, Sweden - Europe’s first greenfield steel plant in over 50 years.

Wass joined Stegra in 2025 after more than 22 years at the stainless steelmaker Outokumpu, from where he brought solid experience in electric arc furnace-based stainless-steel operations, leadership, operational excellence, and industrial transformation.

Wass left Outokumpu as President, Business Line Stainless Europe and previous roles include Executive Vice President, Operations, Business Area Europe, as well as running Outokumpu’s operations in Tornio and Degerfors.

Stegra

Conference
Main Auditorium
10:10
|
10:40

Implementation of hybrid steel production using the example of voestalpine Stahl in Linz

To achieve the set CO2 reduction targets, voestalpine Stahl GmbH is constructing an electric arc furnace at its Linz site. The operation of this alternative route will subsequently lead to the decommissioning of a blast furnace. Running the new melting unit necessitates profound adaptations at the Linz production site. The impacts range from the supply of input materials to the steelworks, utilization of process gases, provision of scrap, through to the implementation of the electric arc furnace within the existing steelmaking plant. Integrating and connecting to the existing facilities presents a significant challenge, which must be addressed with customized solutions.

Speaker

Speaker

Rainer Ammer

Head of research and development, steelmaking, technical department, business unit slab

voestalpine Stahl GmbH

Rainer Ammer studied production technology and organisation at the University of Applied Sciences in Graz, Austria. After graduating in 2014, he worked as a research associate at the metallurgical competence centre K1-Met GmbH, before joining voestalpine Stahl GmbH as a research engineer in 2018. In addition to his expertise in primary metallurgy, Rainer is a project member for the construction of the electric arc furnace in Linz. Within the research and development department of voestalpine Stahl GmbH, he has been responsible for co-ordinating research activities in the field of steel production as process owner since April 2024.

voestalpine Stahl GmbH

Conference
Main Auditorium
10:40
|
11:10

HYDRA Project: an open experimental platform to support hydrogen-based steel production. Update on project status

Steel production is one of the most carbon-intensive industrial activities, being responsible of about 8% of global greenhouse gas emissions. Moreover, ironmaking industry is at a critical juncture, with over 70% of global coal-fired blast furnaces requiring significant reinvestment by 2030, presenting a time-sensitive window to shift toward cleaner technologies. One of the most promising solutions to achieve carbon-neutral steel production is the Direct Reduction - Electric Arc Furnace (DR-EAF) technology route. By integrating hydrogen as reducing agent and energy vector, CO2 emissions and also environmental impacts are significantly reduced in both the metallurgical and downstream stages, offering a compelling path toward sustainable steel production.

In this scenario, HYDRA, a six-year project launched by RINA-CSM and supported by the European Commission, (IPCEI project) aims to make a mark. It focuses not only on the technical development of hydrogen-based steel production but also on addressing the critical infrastructure requirements for hydrogen production, transport, and distribution. This holistic approach ensures that hydrogen can be scaled up effectively, driving long-term sustainability in steel manufacturing.

The pilot plants for direct reduction of iron ores (DRP) and electrical arc furnace (EAF), that are the core of the project, will serve as a real-world demonstration of this transformative breakthrough technology. The installations of the pilot plant are completed and commissioning ongoing. The full operativity of experimental platform foreseen for June 2026.

Extensive research to assess hydrogen’s potential to enhance iron ore reduction has been carried out. Effects of iron ore quality, reducing gas flow rate and reducing gas composition (from pure hydrogen and simulating Natural Gas utilization and also intermediate blends) studied.

The impact of hydrogen combustion on steel surfaces has been analysed too. The temperatures and atmosphere during reheating and annealing processes have been simulated in lab apparats and scale formation, descaling and pickling) properties studied.

Results provided new insight about steel composition and kinetic of scale formation under hydrogen combustion atmospheres.

Ultimately, the HYDRA project offers a strategic advantage to the steel industry in general. It enables stakeholders to meet sustainability targets, improve operational efficiency, and stay ahead of the curve in the competitive global market, positioning the European steel industry for a greener, more resilient future.

Speaker

Speaker

Filippo Cirilli

Project leader

RINA

Mr. Cirilli has a master’s degree in chemistry (1996) and then specialised in materials research and manufacturing processes. At RINA he is responsible for decarbonization and energy transition.

With over 28 years’ experience in ironmaking and steelmaking, Filippo has worked on several aspects of ironmaking and steelmaking processes and is responsible for the HYDRA project, the largest project in Italy for the decarbonization of the entire steel production process, which has been approved by the European Union and funded by MIMIT, Italina Minister of Enterprises and Made in Italy, with an estimated value of 90 million Euros.

RINA

Conference
Main Auditorium
11:10
|
11:40

Tea & Coffee Break

Conference
Main Auditorium
11:40
|
12:10

Steel’s turning point: New rules, new realities

Europe’s steel industry is at a crossroads. Squeezed by high energy prices, weak demand, rising imports, and global overcapacity—particularly from China—profitability remains under severe pressure. Meanwhile, decarbonization demands massive investments, many of which are now delayed or at risk. Geopolitics and stricter US trade barriers add further uncertainty.

Brussels has responded with a regulatory reset. From January 2026, CBAM will put a carbon price on imports, mirroring the EU ETS. By July 2026, a new trade regime will sharply reduce tariff-free quotas and raise duties. Green procurement rules and new incentives for low-carbon steel aim to accelerate the shift.

The implications could be profound: fewer imports, tighter flat steel supply, higher costs for buyers, improved utilization for EU producers—and the rapid emergence of a green steel premium.

Will these measures restore sustainable profitability—or simply redistribute pressure across the value chain? Join us as we explore what’s at stake and how to prepare for Europe’s new steel order.

Speaker

Speaker

Nicole Voigt

Managing director and partner

Boston Consulting Group Dusseldorf

Nicole Voigt is a managing director and partner at BCG’s Düsseldorf office, where she leads Climate & Sustainability for Industrial Goods across Europe, the Middle East, and South America. With six years overseeing BCG’s global metals practice, she is a recognized authority on sustainability, the circular economy, and CO₂ footprint optimization in the metals sector. As an influential author and thought leader, Nicole supports clients in advancing their climate goals and driving meaningful change across the region.

Boston Consulting Group Dusseldorf

Conference
Main Auditorium
12:10
|
12:40

The challenges of the green steel transition in the EU and Italy

The main hurdles hindering the green transition of the EU's steel sector are the low profitability of steel businesses, amid oversupply, high energy costs, a lack of demand for low-carbon products, and a potential scrap metal shortage driven by rising demand. While the European Commission has already proposed solutions for some of these challenges, Italy finds itself in one of the most vulnerable positions within the EU steel market. The country has the highest electricity prices among member states and is a net importer of ferrous scrap. These structural weaknesses must be addressed urgently. Otherwise, the industry faces a significant risk of steel production leaking to other countries, not only outside the EU but also within it, in the coming years. A successful green transition also requires public co-funding of projects. It is, therefore, crucial for Italy to actively engage in and support domestic initiatives to de-risk investments and bolster investor confidence and at the same time constantly invest in new technologies to improve production efficiency and reduce costs.

Speaker

Speaker

Stanislav Zinchenko

CEO

GMK Center

Stanislav Zinchenko is the CEO of GMK Center, chair of the Committee for Environment and Sustainable Development of the European Business Association, and president of the Council of Supply Chain Management Professionals’ Ukraine Roundtable.

For the last five years, Stanislav has provided consulting services for Ukrainian iron and steel companies, specializing in sustainability issues, supply chains, CAPEX policy, and market analysis. Stanislav has 15-years of experience in consulting for manufacturing companies.

He has expertise in operational management and supply chains as a team leader, consultant and analyst in international projects in the field of entrepreneurship, operational efficiency and logistics infrastructure.

Stanislav has a master’s in international economics from Kyiv National Economic University.

GMK Center

Conference
Main Auditorium
12:40
|
13:10

Aspects of economies of scale in a regionalised low CO2 emissions steel industry

Today’s steel making landscape with large blast furnaces and mega module sponge iron production in multimillion tonne per year scale has been made possible by continuous improvement over decades and the ease by which we transport ore and coal over the oceans and have access to piped natural gas.

This order is now challenged by two winds of change: (1) a new generation of processes with lower footprint and (2) regionalisation creating a more resilient supply chain. Alternative reduction processes need either large volumes of electricity to produce hydrogen or large volumes of biomass to produce biogenic syngas. Grid capacity and biomass logistics will no doubt limit the size of each plant. Furthermore, scaling up new technology takes time and will also limit the production on each site.

  • Is the way we work with projects from a political, technical and financial point of view ready for this change?
  • What do we need to do to fully take advantage of the new opportunities that are opening up?
  • Can we make small sustainable?

Speaker

Speaker

Rutger Gyllenram

CEO & founder

Kobolde & Partners

Rutger Gyllenram is a Swedish metallurgist and entrepreneur. He has an MSc in process metallurgy and materials science and a licentiate degree (Dr-ing) in metal production technology from the Royal Institute of Technology, KTH, in Stockholm. Rutger is the founder and CEO of Kobolde & Partners AB, working with raw material and process assessment, which is crucial for decarbonisation in the steel industry.

Kobolde & Partners

Conference
Main Auditorium
13:10
|
14:10

Lunch & Networking Break

Conference
Main Auditorium
14:10
|
14:40

Is the RFCS providing the right support to the steel sector to reach the Green Deal goals and to help its competitiveness?

The presentation reviews the Research Fund for Coal and Steel (RFCS) as a vital EU instrument supporting innovation and decarbonisation in the steel sector. The program emphasizes decarbonizing the steel sector through core objectives like CO2-neutral iron reduction, enhanced energy efficiency, and circular economy solutions. Key 2026 opportunities include the "Big Tickets" call, which dedicate €75 million to large-scale pilot and demonstration projects achieving high technology readiness levels (TRL 7-8), with an upcoming dual use call for proposals and the upcoming annual call (TRL 4-6). These calls align with the Clean Industrial Deal and Steel and Metals Action Plan to achieve quantifiable emission reductions.

Speaker

Speaker

Dr. Sebastiano Fumero

Head of unit, future low emissions industries

European Commission

Sebastiano Fumero is currently the head of unit in the European Commission’s Research Executive Agency for the Future Low Emission Industries. He is in charge of the management of the Research Fund for Coal and Steel, contributing to the European Green Deal's goals towards just transition and a climate-neutral economy.

Over the last 30 years, he served EU priorities in several positions, as a Cabinet member, political decision-maker, and head of unit in both the European Parliament and in the European Commission.

His portfolios included mainly research and innovation for the environment. The EU transport and aviation policies, aeronautics’ parts in Framework Programmes (FP6, FP7, Horizon 2020), research budget, the initiatives of Joint Undertaking Clean Aviation and the Joint Technology Initiative in aeronautics (Clean Sky 2).

Sebastiano has studied European law and political sciences (Turin). He used to be fellow of the International Labour Organisation (Turin), École Nationale d’Administration (Paris), the Diplomatic Institute of Rome, and the Fondation Jean Monnet.

Sebastiano speaks English, French, Italian and Spanish.

European Commission

Conference
Main Auditorium
14:40
|
15:25

How can European research programmes contribute to emissions reduction and monitoring?

Panel: How can the European Research programmes contribute to emission reduction and monitoring?

After a brief overview of the INCITE initiative, we debate progress made in the following three areas of steelmaking with practical RFCS examples.

• CIRCULAR ECONOMY (InSGeP, OnlyPlastic)

• DECARBONISATION (Hy4Smelt, H2Loop)

• DEPOLLUTION & H2 COMBUSTION (HYDREAMS)

The Panelists:

  1. Eric Aries: Scientific officer, European Commission – Joint Research Centre. Project: INCITE.
  2. Uwe Pahl: CEO, Rouge H2 Engineering AG. Project: H2Loop.
  3. David Algermissen: Head of department at InSGeP, Secondary Raw Materials/Slag Metallurgy, FEhS – Institut für Baustoff Forschung e.V. Project: InSGeP.
  4. Loredana DI SANTE: Head of thermodynamics and heat transfer discipline, RINA Consulting - CSM S.p.A. Project: Only Plastic.
  5. Alexander Fleischanderl: Chief technology officer & head of green steel, PRIMETALS. Project: Hy4Smelt.

Panel chair: Andreas Jenet: Project advisor, European Commission.

Speakers

Speaker

Dr Andreas Jenet

Project advisor

European Research Executive Agency (REA)

Andreas is a project advisor at the European Research Executive Agency (REA), coordinating feedback from Research Fund for Coal and Steel (RFCS) projects to Commission policy services. His work focuses on low‑carbon steelmaking, the circular economy, and industrial modernization. Previously, he was an officer at the Joint Research Centre (JRC), working on standardization and the research–policy interface. An engineer with a PhD from ETH Zurich, he brings over 20 years of experience in greenhouse gas mitigation and environmental impact assessment.

European Research Executive Agency (REA)

Speaker

Dr Eric Aries

Scientific officer

European Commission-Joint Research Centre, and European Bureau for Research on Industrial Transformation and Emissions (EU-BRITE)

European Commission-Joint Research Centre, and European Bureau for Research on Industrial Transformation and Emissions (EU-BRITE)

Speaker

Dr. Alexander Fleischanderl

Chief technology officer and head of green steel

Primetals Technologies

Dr. Alexander Fleischanderl is based in Linz, Austria, and serves as a member of the executive management team at Primetals Technologies. Since April 2024, he has held the position of global chief technology officer, overseeing the entire technology solution portfolio, innovation management, intellectual property, information technology, industrial digitalization and mechatronic solutions. As head of green steel, Alexander leads the company’s initiatives in sustainable iron and steel production. With over 100 patents to his name, he is widely recognised as a pioneer in advancing eco-friendly steelmaking technologies. Alexander’s achievements have earned him several prestigious honors, including Siemens’ Inventor of the Year (2013) and the Best Innovation Award from Mitsubishi Heavy Industries (2019). Alexander holds a PhD in process engineering and is renowned for his leadership and expertise in navigating the steel industry towards a climate-neutral and circular future.

Primetals Technologies

Speaker

Uwe Pahl

CEO

Rouge H2 Engineering AG

Uwe Pahl is co-founder and currently CTO of AMBARtec AG, Dresden. He holds a degree in chemical technology and process engineering and has extensive experience in the energy sector, having worked in engineering companies for power stations, basic engineering, detail engineering, permits, site management and commissioning.

Rouge H2 Engineering AG

Speaker

David Algermissen

head of department, InSGeP, Secondary Raw Materials/Slag Metallurgy, FEhS – Institut für Baustoff Forschung e.V.

InSGeP

David studied Mechanical Engineering at the University of Duisburg, specializing in metallurgy. He joined the FEhS Institute in 2013 and became Head of Department for Secondary Raw Materials / Slag Metallurgy in 2015. He has coordinated and contributed to national and international research projects, with a focus on slag valorization and next-generation slags from decarbonized industry.

InSGeP

Speaker

Loredana Di Sante

Head of thermodynamics and heat transfer discipline

RINA Consulting - CSM S.p.A.

A Doctor in Chemistry, Loredana works at RINA Consulting Centro Sviluppo Materiali since 1988 in the Steelmaking Process Direction. She has more than 35 years of research experiences in field of physico-chemistry of high temperature processes with particular emphasis on the environmental aspects and control of polluting emissions. She is Senior Scientist for Industrial Sustainability and is the references for Circular Economy and Industrial Symbiosis projects. At present she is Head of Thermodynamic and Heat Transfer Discipline.

RINA Consulting - CSM S.p.A.

Conference
Main Auditorium
15:25
|
16:00

2026 - A decisive year for EU steel research

The European Steel Technology Platform (ESTEP) continues its mission to drive innovation in sustainable steel production aiming at climate neutral steel production. The Clean Steel Partnership (CSP) has expanded the collaborative research framework established by the Research Fund for Coal and Steel (RFCS). CSP enables the development and demonstration of transformative low-CO2 technologies at medium to high technology readiness levels. The European Commission has proposed a reform of RFCS, which will be decided in 2026. This presentation will provide insights in highlights of CSP-funded projects with focus on their their contribution to the steel industry's transformation, as well as ESTEP’s efforts to shape standardization as a critical enabler for the adoption of breakthrough technologies in European steelmaking. Another aspect will be the development of the EU framework in regard to collaborative steel research.

Speaker

Speaker

Dr. Klaus Peters

Secretary-general, European Steel Technology Platform (ESTEP)

ESTEP

Dr. Klaus Peters qualified as Doctor of Engineering in 1993 and gained a state doctorate (Habilitation) in 1998 (RWTH Aachen), starting his industrial career with thyssenkrupp Steel Europe (tkSE).

His senior experiences include production, sales, quality and R&D both on national and international level. From 2011, Dr. Peters joined several working groups and committees of the European Steel Technology Platform (ESTEP) and was in charge of international research projects and European funding of tkSE. He became in secretary general of ESTEP in 2015.

Amongst others, he is member of the Steel Advisory Group (SAG) of the Research Fund for Coal and Steel (RFCS) and board member of the public-private partnership Processes4Planet. He is the executive director of the Horizon Europe Clean Steel Partnership.

In 2021, ESTEP was again appointed as member of the High-Level Group on Energy Intensive Industries.

ESTEP

Conference
Main Auditorium
16:00
|
16:30

Networking Break

Conference
Main Auditorium
16:30
|
17:15

Hy4Smelt: Pioneering hydrogen-based CO2-neutral steelmaking for a sustainable and circular industry

Panel Chair: Rutger Gyllenram, CEO & founder, Kobolde & Partners.

Panelists: Oleksandr Nechyporuk, technical manager, steel decarbonization, Rio Tinto; Joachim Lehner, Stahlwerk Bramme, voestalpine; Thomas Burgler, CEO, K1-Met; Dr. Alex Fleischanderl, chief technology officer and head of green steel, Primetals Technologies.

Speakers

Speaker

Rutger Gyllenram

CEO & founder

Kobolde & Partners

Rutger Gyllenram is a Swedish metallurgist and entrepreneur. He has an MSc in process metallurgy and materials science and a licentiate degree (Dr-ing) in metal production technology from the Royal Institute of Technology, KTH, in Stockholm. Rutger is the founder and CEO of Kobolde & Partners AB, working with raw material and process assessment, which is crucial for decarbonisation in the steel industry.

Kobolde & Partners

Speaker

Oleksandr Nechyporuk

Technical manager, steel decarbonisation

Rio Tinto

Oleksandr Nechyporuk is technical manager, Steel Decarbonisation at Rio Tinto, London since January 2025. A specialist in ironmaking technologies, he previously led R&D in blast furnace and ironmaking at ArcelorMittal France, and held process engineering roles in Ukraine and South Africa. Oleksandr holds two master’s degrees with honours in metallurgy and management from the National University of Kryvyi Rih. His expertise spans process optimization, project engineering, and technical leadership in sustainable steel production. He is recognized for advancing decarbonisation, business process improvement, and driving innovation in steelmaking and iron ore processes.

Rio Tinto

Speaker

Joachim Lehner

Head of technical processes

Stahlwerk Bramme, voestalpine

Joachim Lehner serves as head of technical processes at voestalpine Stahl, Business Unit Slab, bringing more than 20 years of experience in iron and steel production. Throughout his career, he has held leading positions in plant engineering, quality management, secondary and primary metallurgy, and steelmaking R&D. Since April 2024, he is responsible for managing strategic investment projects and Research and Development activities within the Business Unit Slab. His expertise includes metallurgy, process optimization, quality and project management, PPS system design, change management and Six Sigma. Joachim holds a Master of Engineering in Metallurgy from Montanuniversität Leoben. As a member of ASMET and AIST, he actively supports the advancement of metallurgy through close collaboration between industry, universities, and research institutions.

Stahlwerk Bramme, voestalpine

Speaker

Thomas Buergler

CEO

K1-Met

Thomas Buergler is CEO of the COMET competence center K1-MET for metallurgical and environmental process development, senior expert at voestalpine Stahl GmbH in the field of iron and steel metallurgy and climate-neutral production processes, and on the board of the hydrogen initiative flagship region Austria Power & Gas. He graduated from the secondary technical college for mechanical engineering in Linz and studied metallurgy at Leoben University. His more than 30 years of professional experience as a project and research manager at national and international levels includes the further development of classic iron and steel production and all alternative process routes in the area of direct or smelting reduction. He also has extensive expertise in the processing of primary and secondary raw materials as well as the recycling of byproducts and waste.

K1-Met

Speaker

Dr. Alexander Fleischanderl

Chief technology officer and head of green steel

Primetals Technologies

Dr. Alexander Fleischanderl is based in Linz, Austria, and serves as a member of the executive management team at Primetals Technologies. Since April 2024, he has held the position of global chief technology officer, overseeing the entire technology solution portfolio, innovation management, intellectual property, information technology, industrial digitalization and mechatronic solutions. As head of green steel, Alexander leads the company’s initiatives in sustainable iron and steel production. With over 100 patents to his name, he is widely recognised as a pioneer in advancing eco-friendly steelmaking technologies. Alexander’s achievements have earned him several prestigious honors, including Siemens’ Inventor of the Year (2013) and the Best Innovation Award from Mitsubishi Heavy Industries (2019). Alexander holds a PhD in process engineering and is renowned for his leadership and expertise in navigating the steel industry towards a climate-neutral and circular future.

Primetals Technologies

Conference
Main Auditorium
17:15
|
17:45

Feeding the furnace: Metallic feedstock constraints and the limits of scrap-based circular steel-making in Europe

Europe's electric arc furnace transition is accelerating. Ageing blast furnace fleets approaching end-of-life, combined with CBAM repricing the carbon intensity of integrated steelmaking, have strengthened the investment case for EAF capacity expansion across the continent. Policy and industry discourse has largely concentrated on the steelmaking half of the decarbonisation challenge. The feedstock half has received comparatively less scrutiny — and it is where structural constraints are most likely to bind as the transition scales.

This paper examines the supply and quality dynamics of ferrous scrap that European EAF operators will encounter as capacity grows. Prime scrap supply is projected to grow at approximately 0.8% per year against scrap demand driven by EAF expansion tracking closer to 4%. The divergence compounds over time. Critically, as the available scrap pool shifts toward higher proportions of obsolete grades, tramp element accumulation — principally copper, tin, and nickel — presents a metallurgical constraint that recycling cannot resolve. EAFs have no mechanism for removing these elements once introduced into the melt. For producers of automotive flat products, advanced high-strength steels, and API pipeline grades, this represents a hard ceiling on achievable product quality from scrap-only charge mixes, irrespective of electricity grid decarbonisation.

The paper argues that high-value EAF steelmaking for European manufacturing applications — automotive, machinery, structural engineering — requires a complementary source of virgin iron units to dilute tramp element concentrations and unlock premium grade production. It evaluates hot briquetted iron as the lowest-carbon available mechanism for providing those units, examines the emissions trajectory from natural gas DRI through progressive hydrogen blending, and sets out the feedstock configurations associated with different product grade ranges in practical EAF charge mixes.

The geographic and commercial logic of decoupling ironmaking from steelmaking is assessed — locating energy-intensive DRI production where renewable resources are cheapest, and connecting that output to European steelmaking clusters through established bulk shipping channels. The analysis draws on project development experience in Oman and Thailand to ground the commercial and technical feasibility arguments, and considers the offtake structures, carbon accounting frameworks, and policy conditions required for green iron supply chains oriented toward European buyers to reach final investment decision.

Speaker

Speaker

Andrew Fang

Vice president, projects and sustainability

Meranti Green Steel

Andrew is vice president, projects, and sustainability, at Meranti Green Steel. He has 20 years of experience in executive and senior management roles, including with P&L responsibility in the steel industry in South East Asia. He has led major capital project programmes, sustainability initiatives, and organizational build-outs, with responsibility for project delivery structures, governance, and operational processes. Andrew was president of BlueScope Lysaght Singapore and has also held senior commercial and project management roles. He holds an MBA and a degree in economics.

Meranti Green Steel

Conference
Main Auditorium
17:45
|
18:15

Industrialisation of hydrogen-based technology for recycling of steelmaking residuals

GreenIron has developed a patented, hydrogen-based technology for fossil-free and CO₂-neutral extraction of metals from waste, residuals, and secondary flows generated by the steel industry. Using this technology, GreenIron has successfully produced iron, nickel, copper, and molybdenum without fossil fuels or direct emissions.

The presentation covers the journey from pilot development to industrialisation, with a focus on the commissioning of GreenIron’s first full-scale production site in Sweden during 2025. It presents case studies on hydrogen reduction of steel industry by-products such as mill scale and filter dust, supported by pilot plant and commissioning data demonstrating technical and economic feasibility.

GreenIron’s modular process enables highly energy-efficient reduction of metal oxides to pure metal at small-scale units of approximately 35,000–40,000 tonnes input per furnace per year. The compact footprint allows local installation at steel plants, foundries, and recycling facilities, enabling on-site recycling of residues and reintegration of recovered metals into steelmaking processes.

By targeting major underutilised waste streams - such as mill scale and filter dust, which together account for over 5 million tonnes annually in Europe and North America - GreenIron provides a scalable, circular, and sustainable alternative to fossil-based recycling routes, improving resource efficiency and reducing CO₂ emissions across the steel value chain.

Speaker

Speaker

Tania Ilic

Chief commercial officer

Green Iron H2 AB

Tanja Ilic has an MBA from the Stockholm School of Economics and has been CEO as well as consultant in management and leadership in various companies, in various industries, both nationally and internationally. Tanja has been the senior vice president, sales for Nord Pool ASA and Nordic electricity derivatives on Nasdaq OMX. She has also served as a board member at the European Energy Exchange AG in Germany as well as Nord Pool Clearing ASA in Norway. Tanja most recently served as CEO of Nanol Technologies, a lubricating oil company with sustainability as a driving force to reduce friction and prevent wear in the shipping and mining industry.

Green Iron H2 AB

Conference
Main Auditorium
18:15
|
18:30

Closing remarks

Conference

Thursday 4th June 2026

Time Session title Stream
Main Auditorium
08:30
|
08:40

Welcome to the Future Steel Forum - Day 2

An introduction to the Future Steel Forum, highlighting all the key themes that will be covered over the day two of the conference sessions.

Speaker

Speaker

Matthew Moggridge

Programme director, Future Steel Forum

Quartz Business Media

Matthew Moggridge has been editor of Steel Times International since January 2014, having previously edited Aluminium International Today, both published by the UK-based Quartz Business Media. During his time on both titles he has travelled extensively around the world interviewing and writing about leading figures in the metals industry and covering international steel and aluminium conferences. In addition to working as a journalist in many different industrial sectors, he is also the creator and driving force behind the development of the Future Steel Forum.

Matthew’s career as a business journalist has spanned many leading titles covering other industrial sectors including food processing, foodservice, foreign direct investment, bulk handling and transportation and computers.

Quartz Business Media

Conference
Main Auditorium
08:40
|
09:10

Power4Steel – the decarbonisation of Dillinger & Saarstahl. Challenges and chances in low C02 emission steel production

Power4Steel, with €4.6 billion, is the largest decarbonization project in the European steel industry. The transformation from coal-based steel production to gas- and electricity-based steel production offers great opportunities but also significant risks. The change in the business model from the production and sales of grey steel to the production and sales of green steel means disruptive changes at almost all levels of business processes, which carry both great opportunities and high risks. Dr. Bott’s presentation is intended to provide a compact overview on the one hand of the construction of the plants and on the other hand of the opportunities and risks in the business model.

Speaker

Speaker

Dr. Michael Bott

Decarbonisation director

SHS-Stahl-Holding-Saar GmbH

Dr. Michael Bott is the director of decarbonisation at SHS - Stahl-Holding-Saar GmbH & Co. KGaA. With nearly 30 years of experience in the steel industry, Dr. Bott has held various leadership positions at Dillinger, where he has been integral to managing the company's central coking plant, blast furnaces at ROGESA, the steelworks in Dillingen, and the rolling mills in both Dillingen and Dunkirk, France.

Since January 2024, Dr. Bott has spearheaded the ‘Power4Steel’ project, the largest decarbonization initiative in Europe, led by Saarstahl and Dillinger, aimed at transitioning towards greener, more sustainable steel production. In addition, Dr. Bott has served as managing director of ROGESA since 2021 and was previously the director of production at Dillinger, overseeing the entire production process from pig iron to finished heavy plate.

Dr. Bott’s expertise in steel production and decarbonization makes him an important voice in the green steel transition. At this conference, he will present the Power4Steel project, highlighting how Saarstahl and Dillinger are tackling the challenges of carbon-neutral steel production.

SHS-Stahl-Holding-Saar GmbH

Conference
Main Auditorium
09:10
|
09:40

Future-proofing steelmaking together – Tata Steel UK and ABB

Decarbonization and digitalization are reshaping the future of metals, and real progress comes from collaboration across the value chain. At Port Talbot, Tata Steel UK is working closely with ABB, CLECIM and Tenova to develop a steelmaking environment that is electrified, automated and digitalized, enabling operations that run leaner and cleaner.

In this joint presentation, Tata Steel UK and ABB will share how new approaches to automation and operator enablement are being built into the upcoming pickling line and EAF programme. This includes applying ABB’s electrification, automation and digital solutions together with CLECIM’s mechanical expertise on the pickling line, and electromagnetic stirring and electrical power distribution supporting Tenova’s new EAF installation. These capabilities, combined with next generation tools such as high-density camera systems, integrated automation environments and the shift toward an operator-centric control philosophy, illustrate how this partnership is future-proofing steelmaking and preparing the site for safer, more efficient and lower carbon production.

Speakers

Speaker

Stephen Winkley

Sales manager, metals and power conversion

ABB

With more than 30 years of metals industry experience, Stephen brings a strong background in engineering, process development, and hands‑on experience working with steel plants. He works closely with metals producers to support the modernization of operations through electrification, automation, and digitalization. Stephen’s current focus is partnering with customers such as Tata Steel UK to help future‑proof operations by applying advanced automation and operator‑centric approaches that enable safer, more efficient, and lower‑carbon steelmaking.

ABB

Speaker

Gavin Thomas

Manufacturing manager, pickle line and link

Tata Steel UK

Gavin is the project manager for Tata Steel UK’s pickle line replacement in Port Talbot, UK, a key element of the wider £1.25 billion UK decarbonisation programme.

With a career spanning more than 30 years in steelmaking at Tata Steel and its predecessor companies, Gavin has progressed from early roles in automation and process control to spending the past 15 years in a range of production and senior management positions.

His extensive experience across both hot and cold rolling, combined with strong production and engineering expertise, gives him a deep understanding not only of what new technologies can achieve but also of the practical realities of integrating them into complex, established operations.

Gavin is particularly passionate about identifying technologies from other industries and adapting them to solve long‑standing challenges within the steel sector.

Tata Steel UK

Speaker

Muhammad Samad

Project manager

Tata Steel UK

Samad is a chartered electrical engineer and project manager with nine years of experience delivering complex, large‑scale capital projects at Tata Steel UK. He currently leads the engineering, procurement, and construction of electrical systems, automation, power distribution, and building services for a 3.2 Mt per annum electric arc furnace, a central project within Tata Steel UK’s £1.25billion decarbonisation programme. His work focuses on practical, solutions‑driven engineering that supports the future of sustainable steelmaking.

Tata Steel UK

Conference
Main Auditorium
09:40
|
10:10

Valorisation of Recovered Biomass into Biochar as a Reducing Agent for Electric Arc Furnaces

The steel industry relies heavily on fossil carbon sources, particularly anthracite, to sustain the reducing reactions required in electric arc furnaces (EAF). This dependence leads to significant scope 1 greenhouse gas emissions and limits progress toward industrial decarbonisation.

This research investigates a sustainable alternative by transforming residual wood biomass—originating from steel industry waste streams—into high‑performance biochar suitable for partial substitution of anthracite in EAF operations.

The project develops and validates an integrated process based on controlled pyrolysis of lignocellulosic residues, aiming to obtain a carbon‑rich solid with physicochemical characteristics compatible with EAF metallurgical requirements. A systematic experimental programme is implemented to characterize raw biomass, optimise pyrolysis parameters, and analyse the resulting biochar through X‑ray diffraction, elemental analysis, thermogravimetry, calorific value assessment, and surface area measurements.

Laboratory‑scale melting trials in an induction furnace are carried out to evaluate the biochar’s reducing capacity and its impact on steel quality. The study also includes a life cycle assessment comparing different waste streams and the environmental performance of the biochar system with a fossil‑based reference scenario.
Results indicate that appropriate combinations of synthesis conditions and biomass composition yield biochars whose carbon content and reactivity approach that of commercial anthracite, while valorising internal waste streams.

This approach supports circular‑economy strategies, establishes the basis for industrial scaling, and demonstrates a promising pathway toward low‑carbon metallurgical processes through renewable carbon sourcing, improved resource efficiency, and reduced dependency on fossil materials.

Speaker

Speaker

Laia Soler Bru

Innovation affairs, innovation department

CELSA Group Spain

Laia Soler holds a BSc in chemistry and a PhD in materials science. As part of CELSA Group’s innovation department, she co-ordinates research and development and open‑innovation initiatives focused on decarbonising steelmaking through circular‑economy solutions, including biomass valorisation and the integration of biochar into EAF operations.

CELSA Group Spain

Conference
Main Auditorium
10:10
|
10:40

Advancing DX through robotics at JFE Steel

JFE Steel is advancing a company-wide digital transformation (DX) strategy to enhance competitiveness and achieve sustainable growth in steel manufacturing. Central to this initiative is the implementation of Cyber-Physical Systems (CPS), which integrate real-world operations with virtual models in real time. By leveraging extensive operational data and accumulated expertise, CPS enables production process optimization, equipment anomaly detection, quality prediction, and autonomous operation.

As part of the DX strategy, JFE Steel is also promoting robotization by inheriting and advancing skilled expertise to automate hazardous and high-load tasks. These efforts help address labor shortages and improve overall productivity.

Through these DX-driven technological advancements, JFE Steel is working toward the realization of an "Intelligent Steelworks" where humans, AI, and robots collaborate to autonomously optimize operations based on data and models.

This presentation introduces key robotization initiatives, including: (i) drone-based gas leak detection using the AIR LEAK VIEWER developed by JFE Advantech Co., Ltd.; (ii) the development of the wireless robot Scan-WALKER for wall-thinning inspection of elevated piping; and (iii) the implementation of a teaching-free automated grinding robot in the steel pipe finishing process.

Speaker

Speaker

Dr. Noriko Kubo

Assistant general manager

JFE Steel Corp

Noriko Kubo has worked at JFE Steel Corporation’s research laboratory since 1994. She has mainly been involved in the development of steel processes using fluid engineering and particle engineering. Currently, she is the assistant general manager of the Cyber Physical System R&D department and is promoting digital transformation such as process control, sensing and robotics.

JFE Steel Corp

Conference
Main Auditorium
10:40
|
11:10

Networking Break

Conference
Main Auditorium
11:10
|
11:55

Humans, machines and the digital steel plant: Disruption, interaction, and innovation

With input from Dr. Michael Bott, decarbonisation director, SHS-Stahl-Holding-Saar GmbH. Satschin Bansal, vice president of worldwide sales and global partner Ecosystem at ANYbotics, Dr. Antonius Johannes Schroeder, senior researcher at Sozialforschungsstelle Dortmund. Moderator: Kurt Herzog, head of industrial digitalization, Primetals Technologies.

Speakers

Speaker

Kurt Herzog

Head of industrial digitalisation

Primetals Technologies

Kurt Herzog completed his master’s degree in industrial automation at the Technical University of Vienna and his MBA at the Linz Management Academy.

In 1997, Kurt began working for VAI, a predecessor company of Primetals Technologies, in the area of process automation, and held several management functions in electronics and automation as well as in engineering. Since 2016, he has been responsible for the Industry 4.0 portfolio of Primetals Technologies.

Primetals Technologies

Speaker

Satschin Bansal

Vice president of worldwide sales and global partner Ecosystem

ANYbotics

Satschin Bansal is Vice president of worldwide sales & global partner ecosystem at ANYbotics. With over 20 years of experience, Satschin has led international growth strategies for Fortune 500s and innovative start-ups, building major partnerships and driving digital transformation. Renowned for expanding global ecosystems, coaching high-performing teams, and pioneering new business models, he brings deep expertise in market expansion, strategic alliances, and business development across industries.

ANYbotics

Speaker

Dr. Antonius Johannes Schroeder

Senior researcher

Sozialforschungsstelle Dortmund

Antonius Johannes Schröder is a senior researcher at Sozialforschungsstelle Dortmund, specializing in social and workplace innovation, lifelong learning, and qualification for Industry 4.0 and 5.0. He is a leader in European skills alliances for the steel and process industries, coordinator of numerous EU projects, managing director of the European School of Social Innovation, and Chair of the “People” Focus Group within the European Steel Technology Platform (ESTEP).

Sozialforschungsstelle Dortmund

Speaker

Dr. Michael Bott

Decarbonisation director

SHS-Stahl-Holding-Saar GmbH

Dr. Michael Bott is the director of decarbonisation at SHS - Stahl-Holding-Saar GmbH & Co. KGaA. With nearly 30 years of experience in the steel industry, Dr. Bott has held various leadership positions at Dillinger, where he has been integral to managing the company's central coking plant, blast furnaces at ROGESA, the steelworks in Dillingen, and the rolling mills in both Dillingen and Dunkirk, France.

Since January 2024, Dr. Bott has spearheaded the ‘Power4Steel’ project, the largest decarbonization initiative in Europe, led by Saarstahl and Dillinger, aimed at transitioning towards greener, more sustainable steel production. In addition, Dr. Bott has served as managing director of ROGESA since 2021 and was previously the director of production at Dillinger, overseeing the entire production process from pig iron to finished heavy plate.

Dr. Bott’s expertise in steel production and decarbonization makes him an important voice in the green steel transition. At this conference, he will present the Power4Steel project, highlighting how Saarstahl and Dillinger are tackling the challenges of carbon-neutral steel production.

SHS-Stahl-Holding-Saar GmbH

Speaker

Dr. Alexander Thekale

Technology officer for global business unit electrics & automation

Primetals Technologies

Alexander Thekale is the technology officer, electrics and automation, at Primetals Technologies. He previously held the position of innovation manager, electrics and automation, and head of digital solutions for downstream technology at Primetals. He holds a PhD in mathematics, and a diploma in applied mathematics, both from the University of Erlangen-Nuremberg.

Primetals Technologies

Speaker

Joachim Lehner

Head of technical processes

Stahlwerk Bramme, voestalpine

Joachim Lehner serves as head of technical processes at voestalpine Stahl, Business Unit Slab, bringing more than 20 years of experience in iron and steel production. Throughout his career, he has held leading positions in plant engineering, quality management, secondary and primary metallurgy, and steelmaking R&D. Since April 2024, he is responsible for managing strategic investment projects and Research and Development activities within the Business Unit Slab. His expertise includes metallurgy, process optimization, quality and project management, PPS system design, change management and Six Sigma. Joachim holds a Master of Engineering in Metallurgy from Montanuniversität Leoben. As a member of ASMET and AIST, he actively supports the advancement of metallurgy through close collaboration between industry, universities, and research institutions.

Stahlwerk Bramme, voestalpine

Conference
Main Auditorium
11:55
|
12:25

Navigating complexity: SMS Group’s strategic solutions for cost-effective production

The transformation of the steel industry is a complex and multi-dimensional undertaking. Steel products are produced via a variety of process routes and with diverse energy inputs, so selecting a forward-looking strategy is a major challenge for every producer. Decisions must balance capital expenditure, operating cost, feedstock availability, emissions targets and market requirements - all while managing technical risk and long-term competitiveness. To help steelmakers navigate these complexities, SMS offers the SMS Plant Assessment Tool, which quantifies effective costs across process routes and energy scenarios, enabling data-driven strategy development. In addition, following the acquisition of the former Metso Outotec assets, SMS is now positioned to provide expanded industrial applications and integrated solutions that support lower-cost inputs and more flexible production options. This presentation aims to show exemplary ways to decarbonize while maintaining full control over competitiveness.

Speaker

Speaker

Dr. Tim Ochel

General manager

SMS group

Dr. Tim Ochel is an accomplished industrial engineer specializing in process technology. He holds a Ph.D. in Production Systems and Strategy and brings extensive experience as a consultant to engineering firms. In his previous role as Global Head of Green Steel at SMS group, he advanced sustainable steel production and led the industry’s green transformation. As General Manager of Fluidized Bed Technologies today, he leads the development of technologies that enable SMS’s customers to reduce global greenhouse gas emissions while maintaining their competitiveness.

SMS group

Conference
Main Auditorium
12:25
|
13:10

Decarbonization and digitalization: How are we doing?

An examination of the current state of play in the worlds of decarbonization, digital manufacturing and steelmaking. Panel Chair: Rutger Gyllenram, CEO and founder of Kobolde & Partners. Panelists: Anders Ohlsson, Director transformation technology, SSAB; Laurent Lesne, vice president of digital development and operations - Steel Digital Factory, Fives; Caroline Ashley, director, SteelWatch; Alex Fleischanderl, chief technology officer and head of green steel, Primetals Technologies; Enrico Plazzogna, Danieli Automation.

Speakers

Speaker

Rutger Gyllenram

CEO & founder

Kobolde & Partners

Rutger Gyllenram is a Swedish metallurgist and entrepreneur. He has an MSc in process metallurgy and materials science and a licentiate degree (Dr-ing) in metal production technology from the Royal Institute of Technology, KTH, in Stockholm. Rutger is the founder and CEO of Kobolde & Partners AB, working with raw material and process assessment, which is crucial for decarbonisation in the steel industry.

Kobolde & Partners

Speaker

Anders Ohlsson

Director transformation technology, SSAB.

SSAB

Anders Ohlsson holds a master’s degree in mechanical engineering and has extensive experience in technology development, customer collaboration, and business development.

He joined SSAB in 1999 and has since held several leadership positions across technical development and transformation.

Most recently, he led products and process technologies within SSAB’s Luleå transformation project.

SSAB

Speaker

Laurent Lesne

Vice-president of digital development and operations, Steel Digital Factory

Fives

Dr. Laurent Lesne is the vice president of digital development and operations at the Steel Digital Factory of Fives. He brings extensive experience in metallurgy, R&D, and product development, having worked for more than 20 years with major steelmakers before joining Fives in 2022. Laurent holds a Master’s degree in Chemistry from the University of Rennes, and a Ph.D. in Materials Science and Engineering from the École des Mines de Saint-Étienne, France.

Fives

Speaker

Caroline Ashley

Director

SteelWatch

Caroline Ashley is the executive director of SteelWatch, leading a small and growing international team driven by huge ambition: to decarbonize and transform the steel industry for a fair and thriving zero-emissions world.

She is an experienced leader, systems-thinker, and change-maker. A socio-economist by background, her career has spanned work in non-profits, policy research, policy making, business innovation, impact investment, consultancy, and community development, in Africa, Asia, Europe and Americas. Her early career in international development focused on equity and sustainability within market systems. Prior to founding SteelWatch, Caroline was economic justice strategic lead at Oxfam GB, challenging powerful players around the world to stretch for greater socio-economic transformation and climate resilience, and global programmes director at Forum for the Future, driving shifts from incremental change to system transformation in energy, food and the role of business in society.

SteelWatch

Speaker

Dr. Alexander Fleischanderl

Chief technology officer and head of green steel

Primetals Technologies

Dr. Alexander Fleischanderl is based in Linz, Austria, and serves as a member of the executive management team at Primetals Technologies. Since April 2024, he has held the position of global chief technology officer, overseeing the entire technology solution portfolio, innovation management, intellectual property, information technology, industrial digitalization and mechatronic solutions. As head of green steel, Alexander leads the company’s initiatives in sustainable iron and steel production. With over 100 patents to his name, he is widely recognised as a pioneer in advancing eco-friendly steelmaking technologies. Alexander’s achievements have earned him several prestigious honors, including Siemens’ Inventor of the Year (2013) and the Best Innovation Award from Mitsubishi Heavy Industries (2019). Alexander holds a PhD in process engineering and is renowned for his leadership and expertise in navigating the steel industry towards a climate-neutral and circular future.

Primetals Technologies

Speaker

Enrico Plazzogna

Executive vice president (sales)

Danieli Automation

Born in Udine and living there today, Enrico Plazzogna graduated in electronic engineering, specialising in industrial controls at Padova University, winning a scholarship from Consorzio Padova Ricerche for a graduation thesis focused on robotic applications.

He joined Danieli as a proposal engineer in 1994 and then became area manager for Europe, then for Middle East and for Eastern Europe and Russia. He was then appointed executive manager (sales) for minimills and turnkey plants. Today he is executive vice president of sales, and a member of the board of Danieli Automation.

Danieli Automation

Conference
Main Auditorium
13:10
|
14:10

Networking Lunch

Conference
Main Auditorium
14:10
|
14:40

Direct reduction using natural gas and hydrogen – most advanced pathway to substantially reduce – and ultimately eliminate – CO2 emissions

Decarbonizing the steel industry is essential for meeting global greenhouse‑gas reduction targets, as ironmaking remains the most energy‑intensive step and the largest source of CO₂ emissions in steel production. Direct reduction using natural gas and hydrogen has emerged as the most advanced pathway to substantially reduce—and ultimately eliminate—these emissions.

Midrex Technologies, Inc., the industry leader in direct reduction, has developed solutions to enable both a gradual transition from natural gas to hydrogen (MIDREX Flex™) and a fully carbon‑neutral process using 100% hydrogen (MIDREX H2™). Because steelmakers operate under diverse technical and regional constraints, multiple decarbonization pathways are required. The inherent flexibility of the MIDREX® Process supports these tailored transitions and is already being demonstrated at industrial scale through projects such as Stegra in Sweden, ThyssenKrupp in Germany, and SHS in Germany. This presentation will also highlight ongoing work to de‑risk operation across a wide range of process conditions, providing practical guidance to accelerate the adoption of low‑carbon and hydrogen‑based ironmaking technologies. We will also introduce a brief overview of our digitalization initiative.

Speaker

Speaker

Vincent Chevrier

General manager, technical sales and marketing

Midrex Technologies, Inc.

Dr. Chevrier is general manager – technical sales and marketing for Midrex Technologies Inc., and is based at the company’s headquarters in Charlotte, North Carolina, USA. His role consists of promoting the transition from carbon-based to fossil-free steelmaking with direct reduction.

Dr. Chevrier earned a B.S. in chemical engineering at the Université de Technologie de Compiègne (France), his M.S. in mechanical engineering at Virginia Tech (USA) and a Ph.D. in materials science and engineering at Carnegie Mellon University (USA).

Midrex Technologies, Inc.

Conference
Main Auditorium
14:40
|
15:10

Tackling manufacturing costs and liquidity through dynamic planning and scheduling

Effective production control in modern steel plants requires moving beyond static sequencing to dynamic, constraint-based planning. This presentation analyses the technical architecture of Dynamic planning and scheduling, demonstrating how algorithmic synchronization across melt shops, hot and cold rolling and finishing lines optimizes operational flow.

The core of the discussion focuses on automated scheduling methodologies that adapt to real-time production variables. It details how systems can automate the generation of schedules to reach specific goals, such as energy, material and process cost efficiency. Additionally, the presentation covers reactive planning strategies, specifically how automated re-scheduling protocols manage equipment downtimes to maintain throughput while minimizing personnel and maintenance overhead.

From a material flow perspective, the approach examines the automation of scheduling, material re-allocation and testing. By integrating quality control data directly into the planning logic, manufacturers can reduce inter-process times and drastically reduce unallocated inventory. The session concludes by showing how these technical planning parameters are calibrated against profitability analyses and processing cost computations to ensure production schedules are both operationally feasible and economically resilient.

Speaker

Speaker

Dr. Falk-Florian Henrich

Founder and CEO

Smart Steel Technologies

Dr. Falk-Florian Henrich is the founder and CEO of Smart Steel Technologies, a tech company specialising in production planning software for the steel industry which optimizes production workflows and improves efficiency in steel manufacturing.

Prior to founding Smart Steel Technologies, he established CeleraOne, which became a market leader in the paid content sector before being acquired by Axel Springer SE in 2018. Dr. Falk-Florian Henrich holds a PhD in mathematics, with research at the intersection of infinite-dimensional loop spaces of manifolds and artificial intelligence.

Smart Steel Technologies

Conference
Main Auditorium
15:10
|
15:40

Artificial intelligence governance, economics and manufacturing: An overview

Artificial intelligence is among the largest disruptors of our time and is reputed to automate not only manual tasks but also cognitive functions. Costanzo’s presentation will provide a comprehensive overview of artificial intelligence governance, economics and manufacturing in the USA, China and the European Union and will offer insights into the application of AI in electric arc furnace steelmaking where its impact will be analysed in terms of expenditure, investor expectations in terms of profitability and competitiveness.

Speaker

Speaker

Costanzo Pietrosanti

Senior consultant

Danieli Automation

Costanzo Pietrosanti studied Mechanical Engineering and graduated in 1976 from the University of Rome, La Sapienza.

He became a researcher for the Italian R&D RTO Centro Sviluppo Materiali S.p.A. (CSM) focused on metallurgy and steelmaking processes and, after three years, he worked as a structural engineer for SNIA PBD, a former Italian aerospace company (actually, FIAT AVIO). His chief focus was rockets for civil applications. During this period, he was also a member of the Integration Team working on the ARIANE V civil rocket.

Costanzo became a researcher in the field of fatigue, fracture mechanics and plasticity of metals applied to the cold stamping of automotive steels, implementing a support group for valorising HSLA, bake-hardening, dual and multi-phase steels.

Costanzo has acquired significant experience of industrial organization, management and performance assessment for R&D&I in industrial companies. He retired in February 2015.

Since May 2015 and currently, Costanzo is a senior consultant with Danieli Automation, representing the company at European Steel Technology Platform (ESTEP) meetings and launching several winning projects in the field of automation and digitalisation of steelmaking processes.

He has published more than 60 papers and was recognised by the AIST at AISTech 2024 in Columbus, Ohio, for his work on the role of digital supporting systems to significantly increase safety improvements in harsh environments (based on a paper presented at AISTech 2023, Detroit May 8-11). The paper in question was “Operational Safety and Digital Transformation: a Win-Win integration”. He is still active in the field of consultancy for the Danieli Group.

Danieli Automation

Conference
Main Auditorium
15:40
|
16:10

Artificial intelligence - Go beyond private life experiences and beef up your metal business for success

AI has captured people’s imagination in everyday life—whether generating songs, images, or even serving as a friendly companion to chat with. That same energy shouldn’t be left at the doorstep of business. In fact, the patterns we’re seeing in personal AI use can meaningfully enhance core business processes and applications. Beyond the familiar topics like scrap detection and image‑based quality optimization, AI and broader digital technologies can strengthen areas such as sales, customer engagement, workforce productivity, and talent development. They can also simplify access to company data and support reporting needs, including compliance and sustainability. In this session, you’ll hear real‑world use cases, learn from existing deployments, and explore the next wave of opportunity as Agentic AI reshapes business workflows—and the everyday work experience.

Speaker

Speaker

Stefan Koch

Global lead, metals industry

SAP

Stefan Koch is the global lead for metals within SAP’s Industry Business Unit (IBU) Mill Products & Mining. With more than 20 years of experience at SAP focused on the metals sector, he brings deep industry knowledge and a practical understanding of customers’ day‑to‑day challenges. Stefan works closely with customers and partners to explore how technology can drive meaningful improvements across the metals value chain—from supply chain and manufacturing to customer engagement and overall business performance.

SAP

Conference
Main Auditorium
16:10
|
16:40

Networking Break

Conference
Main Auditorium
16:40
|
17:10

Digital transformation in steel: Two success stories in Italy

This paper illustrates how digitalization, enabled by a strong collaboration between quality, production and process teams of steelmakers and a steel digital‑solution provider, can substantially enhance the performance of steel processing plants.

Eyeron®, an intelligent quality‑management system, and SmartLine™, a fully automated predictive control system, were recently deployed at major Italian steelmakers. Their implementation has delivered significant operational gains and cost reductions, including higher quality yield, lower downgrading, scrap and claims, improved maintenance efficiency, reductions in raw material and energy consumption, decreased emissions, and increased overall productivity.

Speaker

Speaker

Maxime Monnoyer

Technical sales manager, Steel Digital Factory

Fives

Maxime is a senior expert in metallurgy and digital product line leader at the Steel Digital Factory of Fives. He has been at Fives for over 10 years, specializing in metallurgy expertise, digital product development and benchmarking. He has a Master's degree in Engineering, Materials Sciences from the Centrale Lyon, France.

Fives

Conference
Main Auditorium
17:10
|
17:40

Redefining high-productivity steelmaking: The evolution of ultra-large electric arc furnaces from Arvedi to Ternium

This presentation explores the strategic trajectory of Tenova’s ultra-large EAF technology, beginning with the landmark 2022 commissioning at Acciaierie Arvedi, Italy. As the most productive EAF worldwide, producing 2.9Mt/yr, the Arvedi project served as a definitive proof of concept for high-tonnage electric steelmaking. The success of this reference has catalysed a global series of capital investments, with major producers including POSCO (Korea), Nippon Steel (Japan), and Tata Steel (UK) selecting similar technological platforms to spearhead their green transition also in the production of high-quality steel grades such as IF and electric steel.

A primary focus of this session will be the new flagship installation for Ternium in Mexico, scheduled for startup in November 2026. We will present the rationale behind this large-scale capital investment, which aims to secure a leading position in the North American automotive steel market.

Speaker

Speaker

Paolo Stagnoli

commercial director

Tenova SpA

Paolo Stagnoli holds an MSc in mechanical engineering and has been with the Techint Group since 1996. In 2018 he was appointed sales and marketing director for the meltshops production line of Tenova, Italy. He was first involved with steelmaking in 2004, first as project manager and then as aftersales manager. Mr Stagnoli has authored and is co-author of several technical papers and he is particularly active in advocating the transition towards a more sustainable, economically viable steelmaking. He is passionate about technologies, curious about people and confident about the world to come.

Tenova SpA

Conference
Main Auditorium
17:40
|
18:15

Decarbonising advanced steel HRC production: The SSAB–Danieli Luleå Project

SSAB, in partnership with Danieli, is transforming its Luleå steelworks from a traditional blast furnace/basic oxygen furnace (BF-BOF) route to a modern electric arc furnace (EAF)-based mini-mill. The new facility will integrate two 210-ton EAF Digimelters equipped with Danieli’s Q-One digital power feeder, advanced secondary metallurgy, and a Quality Strip Production (QSP) direct casting and rolling line. This transformation enables fossil-free steel production using scrap and hydrogen-reduced iron, eliminating ~7% of Sweden’s CO₂ emissions by phasing out the current BF-BOF process. The direct strip casting–rolling (QSP) technology improves productivity and energy efficiency by avoiding slab re-heating, achieving up to ~40–60% lower energy use than conventional casting and rolling routes. The presentation will highlight these emissions benefits, process efficiencies, and the capability of the new Luleå plant to produce a product portfolio – including advanced high-strength steels and automotive exposed panels – with premium quality and sustainability.

Speakers

Speaker

Riccardo Conte

QSP vice president, technology, Danieli SpA.

Danieli SpA.

Education: Master’s degree, mechanical engineering

Current job title: QSP vice president, technology (from 2024)

Previous job titles: Senior process engineer, thin slab caster (2021-2024)

R&D team leader – casting (2017-2021)

R&D researcher – casting (2012-2017)

Danieli SpA.

Speaker

Anders Ohlsson

Director transformation technology, SSAB.

SSAB

Anders Ohlsson holds a master’s degree in mechanical engineering and has extensive experience in technology development, customer collaboration, and business development.

He joined SSAB in 1999 and has since held several leadership positions across technical development and transformation.

Most recently, he led products and process technologies within SSAB’s Luleå transformation project.

SSAB

Conference
Main Auditorium
18:15
|
18:25

Closing remarks

Conference

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