Decarbonization solution for ironmaking

Webinar

Type

Video

Language

English

Metso Outotec is happy to introduce its sustainable next-generation technologies and solutions in the field of ironmaking, especially designed for reducing CO2 emissions.

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ON-DEMAND WEBINAR

The global iron and steel industry, just like every other industry, is facing the tremendous challenge to reduce the carbon footprint of its operations. At the same time, it is wrestling with the availability of high-grade iron ore suitable for the direct reduction (DR) processes. According to the latest figures from two major processors, only 10 - 20% of the ore available today can be used to produce pellets for DR shaft furnaces. Metso Outotec offers several proven technologies that play an important role in the transition toward carbon neutrality and enable our customers to reduce their emissions in the ironmaking value chain. We will be happy to share insights on our solutions portfolio supporting reduction of energy consumption and emissions, especially the hydrogen-based Circored^TM direct reduction process, which has been developed already in the early 1990s and now updated with additional features.

Circored^TM process in brief:

Used for the direct reduction of iron oxide fines in fluidized beds, avoiding the need of energy intensive and costly agglomeration
Using hydrogen as single reducing agent, which can be produced from any source
Final product can be zero-carbon HBI or DRI, which has been used successfully in EAFs for steelmaking
Proven in an industrial-scale demo plant in Trinidad

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Discover more about our offering for ferrous and heat transfer on our website.

Agenda

15 min | Sustainability in metals processing

45 min | Circored^TM – A proven process to decarbonize ironmaking

Jari Algars

President, Metals, Metso Outotec

Jari Ålgars, M. Sc. (Econ.), is the President Metals at Metso Outotec Corporation since 2020. Ålgars was appointed Chief Financial Officer of Outotec 2015. Before joining Outotec he served as President, Feed & Biofuel Andritz Corporation A/S (2009-2015) and prior to that he has held various management positions at Andritz and other companies (1993-2009).

Attaul Ahmad

Vice President – Ferrous & Heat Transfer, Metso Outotec

Attaul Ahmad is the Vice President of the Ferrous & Heat Transfer business line at Metso Outotec. Prior to joining Metso Outotec, Attaul had been a successful entrepreneur and an accomplished Supply Chain Leader in Automotive, Gas & Oil Processing and mining industries. He graduated from Hannover University of Applied Sciences and holds an MBA.

Max Köpf

Technology and R&D, Ferrous & Heat Transfer

Max Köpf has 25 years background in metallurgical technology and plant engineering. In the last 20 years with Metso Outotec and its predecessor companies he was working in different roles in sales, process and product management, project delivery and services, always with a strong focus on Ferrous technologies. Based in Oberursel, Germany, he is leading now Technology and R&D of the Business Line Ferrous & Heat Transfer at Metso Outotec. He graduated from the RWTH university in Aachen, Germany, and holds a master’s degree in metallurgy and an MBA.

Sebastian Lang

Director – Modelling & New Business

Sebastian Lang started his scientific career with a research project at Virginia Tech in 2009 and later, received his PhD in 2015 from the University of Technology Darmstadt. After his time as research associate at the Institute for Thermal Process Engineering, he joined Metso Outotec as process specialist and is today responsible within the product group Ferrous as Director for business development and modelling topics. Sebastian says, his motivation to join Metso Outotec back then was to realize industrial scale projects dealing with hydrogen, which was always a fascinating part of his research.

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