
Fortescue’s Stance on Critical Minerals
Fortescue Metals Group (ASX: FMG) founder Andrew Forrest questioned the widespread attention on critical minerals. Speaking at Fortescue’s annual general meeting in Perth, he said the company progresses rare earths and other strategic metals projects. Forrest emphasized that declining commodity prices make the sector less extraordinary than portrayed. Nevertheless, Fortescue continues exploration in Brazil and Western Australia to strengthen its resource base.
The CEO also confirmed collaboration with Wyloo Metals and Hastings Technology Metals (ASX: HAS). The joint venture aims to develop long-term offtake agreements for the Yangibana rare earths project in Western Australia. Fortescue evaluates hydrometallurgical processing options in Louisiana to maximize efficiency and output.
Focus on Renewable Energy and R&D
Forrest highlighted Fortescue’s commitment to achieving real zero emissions by 2030. Despite stepping back from some green hydrogen projects due to weak economics, he insisted that experimentation accelerates innovation. Fortescue invests heavily in renewable energy, battery technology, and R&D to maintain a competitive edge. He acknowledged job losses in some divisions but noted that innovation-focused roles are expanding rapidly.
Forrest criticized big oil and political leaders questioning climate change, contrasting global decarbonization progress with regressive policies. He stated, “Renewables deployment and battery breakthroughs mark a historic energy crossover, reshaping economies.” Fortescue remains committed to innovation and strategic resource development, balancing metals production with sustainability.
SuperMetalPrice Commentary:
Fortescue’s approach signals a pragmatic view on critical minerals. Forrest’s emphasis on R&D, rare earths, and renewable integration highlights long-term strategic thinking. Investors should note the company prioritizes real resource development and technological innovation over market hype. This positions Fortescue to benefit from global shifts in energy transition while maintaining metals output efficiency.

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