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.
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:
-
Gladstone (QLD)
-
Pilbara (WA)
-
Geraldton (WA)
-
Kwinana (WA)
-
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
-
1.5 GW wind capacity in advanced development (FID by 2027)
-
3.0 GW co-located solar in early-stage development (FID by 2027)
-
9.7 GW additional wind and solar capacity targeting FID by 2028
-
3.0 GW of generation capacity earmarked for hydrogen export
Performance & Zoning
-
Assets located in Queensland Renewable Energy Zones (QREZ)
-
34.9% avg capacity factor (wind)
-
24.0% avg capacity factor (solar)
-
High-quality development zones with grid and hydrogen alignment
Transmission & Network Alignment
-
7.0 GW of capacity within QREZ Phase 3 (completion by 2028)
-
1.5 GW adjacent to CopperString 2032 transmission corridor
-
7.7 GW positioned along the reinforced grid to southern QLD and NSW
