Subscribe to Newsletter
  • ACQUIRE

logo

  • Energy
  • Construction
  • Resources
  • Trending
  • Business Insight
  • Events
  • Magazine
  • Advertise
  • Contact
Home
  • Home
  • Energy
  • Construction
  • Resources
  • Trending
  • Business Insight
  • Events
  • Magazine
  • Advertise
  • Contact

Fortescue uses Metso’s tech in green metals project

20 Nov, 2025
Visualization of Metso DRI smelting pilot plant


Sustainable technologies provider Metso has supplied the core process design and technology for Fortescue Ltd.’s Christmas Creek Green Metal project in Western Australia.

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 initial project will have an annual output of over 1,500 metric tonnes, with studies underway to support development of a commercial-scale facility.

Dino Otranto, Fortescue’s CEO of Metals and Operations, said: “Green metal presents a huge opportunity for Australia’s iron ore industry and Fortescue is determined to lead the way.

“Through the Christmas Creek Green Metal Project, we’re combining cutting-edge technologies, including Metso’s Circored process and DRI Smelting Furnace, with Fortescue’s proven track record in project delivery, to pioneer low-emission pathways for steelmaking.”

The Circored process uses solely green hydrogen instead of fossil reductants. The flexible process, which produces highly metallised direct reduced iron or hot briquetted iron that can be fed directly to an electric arc furnace, has been a proven and cost-effective alternative to traditional steelmaking. The process completely eliminates the need for expensive and energy intensive pelletising.

Jyrki Makkonen, Vice President, Smelting at Metso, said: “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 utilisation 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.”

Share this story

  • Share on LinkedIn
  • Share on Twitter
  • Share on Facebook

Related Articles

Comments

Leave a comment Cancel reply

You must be logged in to post a comment.

Breaking

  • Energy
  • Construction
  • Resources
16 Jan

Fortescue begins construction on first wind project

14 Jan

Solar and wind farms spill power amid oversupply

14 Jan

Neoen advances 500 MW Wheatbelt wind project

12 Jan

First stage of Eraring battery starts commercial operations

09 Jan

Japan’s first floating offshore wind farm starts operations

19 Jan

WA unveils landmark Urban Greening Strategy

15 Jan

Cement kilns safely transform unrecyclable global waste

14 Jan

2025 marked peak Green Star sustainability in Australian buildings

19 Dec

RICS report shows AI could boost green infrastructure

17 Dec

CEFC urges investors to lead green data centres growth

20 Jan

Monash scientists develop greener battery recycling

16 Jan

Rio Tinto to supply Amazon with low-carbon copper for AI data centres

16 Jan

Prometheus reveals breakthrough process for synthetic kerosene   

14 Jan

‘Breathing batteries’ store energy and carbon

14 Jan

New project advances Iron Nitride magnet production

Online Magazine

    Current Cover
  • Login
  • Subscribe

Subscribe

Subscribe to Newsletter

Our Titles

  • Share on Newsletter
  • Share on LinkedIn
  • Share on Twitter
  • Share on Facebook
  • Home
  • Contact Us
  • Terms and Conditions
  • Privacy
© Sage Media Group 2026 All Rights Reserved.
×
Authorization
  • Registration
 This feature has been disabled
 This feature has been disabled until further notice, however you may still register
×
Registration
  • Autorization
Register
* All fields required