Australia
A global leader
Australia is uniquely positioned to become a global leader in low-carbon industrial development. With vast renewable resources, stable regulatory conditions, abundant critical minerals, and strong geopolitical positioning, the country offers an unparalleled platform for sustainable export growth.
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As the world accelerates its push for decarbonised supply chains, Australia is under increasing demand to deliver green iron, clean fuels, and low-emissions industrial materials to key international markets – including Japan, Korea, the EU, and Southeast Asia.
Bivios in Australia
We support clients across the industry value chain with:
Green hydrogen & ammonia
Renewable energy & Battery Energy Storage Systems (BESS)
Sustainable aviation fuels (SAF)
Circular economy & bio-clusters
Industrial precinct & Renewable Energy Industrial Precinct (REIP) strategies
Critical minerals & green metals
Green Iron Modelling with the Superpower Institute
In partnership with the Superpower Institute, Bivios led the techno-economic modelling of green iron production across five key locations:
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Gladstone (QLD)
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Pilbara (WA)
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Geraldton (WA)
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Kwinana (WA)
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Eyre Peninsula (SA)
The analysis formed the backbone of the May 2025 report “A Green Iron Plan for Australia”, where Bivios was a core technical contributor. This modelling demonstrates how Australia can become the world’s premier supplier of low-emissions iron – transforming global steel supply chains while securing long-term prosperity.
Scale & Pipeline
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1.5 GW wind capacity in advanced development (FID by 2027)
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3.0 GW co-located solar in early-stage development (FID by 2027)
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9.7 GW additional wind and solar capacity targeting FID by 2028
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3.0 GW of generation capacity earmarked for hydrogen export
Performance & Zoning
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Assets located in Queensland Renewable Energy Zones (QREZ)
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34.9% avg capacity factor (wind)
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24.0% avg capacity factor (solar)
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High-quality development zones with grid and hydrogen alignment
Transmission & Network Alignment
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7.0 GW of capacity within QREZ Phase 3 (completion by 2028)
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1.5 GW adjacent to CopperString 2032 transmission corridor
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7.7 GW positioned along the reinforced grid to southern QLD and NSW
