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Fortescue builds green metal Project with Metso's new DR technology
Metso's Circored process uses green hydrogen to produce direct reduced iron from fine ore, enabling carbon-free steelmaking in electric smelting furnaces without the need for pelletizing.
www.metso.com
Metso has contributed the core process design and technology for Fortescue Ltd’s Christmas Creek Green Metal Project in the Pilbara, Western Australia, where installation of Metso equipment commenced in September 2025.
The project will demonstrate the production of high-purity green metal using renewable energy for hydrogen-based reduction and smelting technologies for further downstream steel processing. The project incorporates Metso’s CircoredTM fluidized bed direct reduction process and electric DRI Smelting Furnace to support low-emission steelmaking.
This initial project will have an annual output of over 1,500 metric tons, with studies underway to support development of a commercial-scale facility.
Breakthrough technologies
"This project, which implements the CircoredTM and DRI smelting solutions, underscores our commitment to advancing sustainable and efficient industrial processes," says Attaul Ahmad, Vice President, Ferrous and Heat Transfer at Metso. “The CircoredTM process uses solely green hydrogen instead of fossil reductants. This flexible fine ore-based fluid bed process, which does not need pelletization, produces highly metalized direct reduced iron (DRI) that can directly be used as feed material in electric smelting furnaces for carbon-free steelmaking, using low-grade iron feed.”
“The low-emission electric smelting (ESF)-based steelmaking route, which substitutes traditional blast furnaces in the production of hot metal, is well-suited for Australia's abundant, low-to-medium-grade Pilbara iron ores. The ambitious target for the Metso DRI Smelting furnace technology is to unlock utilization of these massive iron ore reserves for green iron making, when such iron ores previously have been not suitable for the DRI steelmaking route due to higher gangue content. We are excited to see the Metso DRI Smelting Furnace taking shape at the Christmas Creek site where foundations have been laid and the first equipment was installed in September,” says Jyrki Makkonen, Vice President, Smelting at Metso.
www.metso.com
The project will demonstrate the production of high-purity green metal using renewable energy for hydrogen-based reduction and smelting technologies for further downstream steel processing. The project incorporates Metso’s CircoredTM fluidized bed direct reduction process and electric DRI Smelting Furnace to support low-emission steelmaking.
This initial project will have an annual output of over 1,500 metric tons, with studies underway to support development of a commercial-scale facility.
Breakthrough technologies
"This project, which implements the CircoredTM and DRI smelting solutions, underscores our commitment to advancing sustainable and efficient industrial processes," says Attaul Ahmad, Vice President, Ferrous and Heat Transfer at Metso. “The CircoredTM process uses solely green hydrogen instead of fossil reductants. This flexible fine ore-based fluid bed process, which does not need pelletization, produces highly metalized direct reduced iron (DRI) that can directly be used as feed material in electric smelting furnaces for carbon-free steelmaking, using low-grade iron feed.”
“The low-emission electric smelting (ESF)-based steelmaking route, which substitutes traditional blast furnaces in the production of hot metal, is well-suited for Australia's abundant, low-to-medium-grade Pilbara iron ores. The ambitious target for the Metso DRI Smelting furnace technology is to unlock utilization of these massive iron ore reserves for green iron making, when such iron ores previously have been not suitable for the DRI steelmaking route due to higher gangue content. We are excited to see the Metso DRI Smelting Furnace taking shape at the Christmas Creek site where foundations have been laid and the first equipment was installed in September,” says Jyrki Makkonen, Vice President, Smelting at Metso.
www.metso.com
