Airbridge WA carbon capture grant: Pilbara deployment lens for mine engineers
Reviewed by Tom Sullivan
First reported on International Mining – News
30 Second Briefing
Airbridge has secured the maximum A$1.5 million grant under Western Australia’s Carbon Innovation Grants Program Round 2, run by the Department of Water and Environmental Regulation, to expand its carbon capture and utilisation technology. The funding will support scaling from an operational pilot plant in Perth into heavy industrial applications in the Pilbara, targeting large mining and processing emitters. For miners, this signals near-term opportunities to trial point-source capture and CO₂ utilisation on existing fixed plant rather than only at new-build facilities.
Technical Brief
- Grant amount is the programme maximum, A$1.5 million, indicating top-tier assessment against WA criteria.
- Funding comes via WA’s Carbon Innovation Grants Program Round 2, administered by the Department of Water and Environmental Regulation.
- Airbridge’s existing plant is already operating at pilot scale in Perth, not just bench or lab.
- Scale-up is explicitly targeted at heavy industrial loads typical of Pilbara mining and processing facilities.
- Carbon capture is paired with utilisation, implying downstream conversion or product pathways rather than pure storage.
Our Take
Western Australia features heavily in our Mining coverage, and state-backed financing like this grant tends to de‑risk early-stage decarbonisation technologies, making it easier for Pilbara iron ore and lithium operators to pilot third‑party solutions without tying up their own capital budgets.
The Department of Water and Environmental Regulation’s role signals that any Airbridge deployment in the Pilbara will likely have to demonstrate not just CO₂ reduction but also minimal impact on scarce water resources, a recurring constraint in WA project approvals in our database.
With up to A$1.5 million available per project under this Carbon Innovation Grants round, Airbridge is positioned to move from lab or small pilot work in Perth towards site‑integrated demonstrations in the Pilbara, which is often the tipping point at which miners start to consider offtake-style or service‑fee contracts for new carbon technologies.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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