Revolutionizing Ironmaking for a Sustainable Future
Key Ideas
  • Primetals Technologies, Mitsubishi Corp., Rio Tinto, and voestalpine are collaborating to develop a hydrogen-based direct reduction and smelting plant in Linz, Austria to achieve potential net-zero CO2 emissions ironmaking by mid-2027.
  • The project involves implementing the HYFOR and Smelter solutions, aiming to significantly advance the industry towards greener steel production with the support of strong partners and funding from various sources.
  • Rio Tinto will contribute expertise in iron ore quality, supply 70% of the iron ore for the plant, and support the commercialization of fluidized bed technology, presenting a promising alternative to existing ironmaking methods.
  • The initiative is backed by funding from the Austrian federal government, the European Union, and various initiatives supporting clean steel production and hydrogen applications in different sectors.
Primetals Technologies Ltd., in partnership with Mitsubishi Corp., Rio Tinto plc, and voestalpine, has announced a collaboration to fast-track the development of fluidized-bed and smelter technologies for ironmaking. The focus is on achieving net-zero CO2 emissions through a new hydrogen-based direct reduction and smelting plant in Linz, Austria, with a planned startup in mid-2027. The project will involve an industrial-scale prototype plant showcasing a new process for ironmaking that involves the HYFOR and Smelter solutions from Primetals Technologies. The innovative process does not require agglomeration steps and is expected to revolutionize steel production by producing hot metal with potential net-zero CO2 emissions. Key players like Rio Tinto will provide technical input, supply a significant portion of the iron ore required, and support the commercialization of fluidized bed technology. The collaboration aims to accelerate the adoption of fines-based ironmaking, offering benefits to both steelmakers and miners. Funding for this groundbreaking initiative comes from various sources, including the Austrian federal government, the European Union, and initiatives like the Clean Steel Partnership and the European Union Clean Hydrogen Partnership. The support from these entities underscores the importance of transitioning towards sustainable steel production using innovative technologies and green hydrogen. This project not only showcases technological innovation but also demonstrates a strong commitment to decarbonizing the steel industry and reducing CO2 emissions.
ADVANCEH2

Our vision is to be the world's leading online platform for advancing the use of hydrogen as a critical piece needed to deliver net-zero initiatives and the promise of a clean H2 energy future.

© 2025 AdvanceH2, LLC. All rights reserved.