Operational Disruptions
Current geopolitical volatility has accelerated the urgency of the global energy transition. With the ripple effects of conflicts in the Middle East being felt dramatically on domestic shores, from large-scale mining operations to the day-to-day of the Australian public, there has never been a more important time to push energy sovereignty.
Operational disruptions are now impacting domestic businesses, particularly smaller-scale, remote mines. Recently, a privately owned remote gold mine in Western Australia was
forced to “dial down production” until there was more stability and surety surrounding fuel supply.1
Liquid fuel is a strategic liability that can halt production rapidly if transport routes are disrupted. This is particularly true in Australia, where over 90% of liquid fuel needs are met through imports.2
So with an unpredictable, volatile political landscape ahead of us, how do mining leaders structure solutions for a reliable fuel supply?
The Government’s Approach
The National Cabinet recently announced a four-level National Fuel Security Plan to directly address and plan for fuel shortages across industries and the general public.
Currently, Australia is at a level two, where fuel supply is still operating effectively, but localised supply has been disrupted. At this stage, the government is starting to shore up fuel supply and asking the public to cut back on consumption.3
Industry Leaders Callout
At this stage, stakeholders in the mining industry, particularly smaller operators, are voicing concerns over fuel shortages and a misalignment of resources.
Industry leaders say there is a disconnect along the commercial supply chain between independent operators that traditionally distribute fuel to remote and regional project sites and wholesalers providing the resources. There have been calls for improved transparency in fuel availability and improved coordination between the two parties to better distribute resources to those that require it the most.4
Future-Proofed Electrification
As the industry works through existing challenges, future-proofing resources and securing supply is critical for ensuring energy sovereignty and increased operational reliability.
A fully electrified mine site might not be possible in the immediate future, but the industry is steadily on the path to evolve from predominantly diesel-fuelled operations to partial electrification, supported by a secure and reliable domestic energy supply.
But it’s no simple task to procure electric utilities and incorporate them into existing infrastructure. It involves a robust engineering framework and complex data integration that can power sites without compromising productivity.5
Moving to a hybrid future will involve:
- Upskilling for workers on the ground
- Increased capacity for electrification in mine planning and battery storage infrastructure
- Research on productivity-impact and the feasibility of hybrid mines.
Domestic Fuel Source
Disruptions to production at remote mining operations such as those in Western Australia are not isolated incidents, but symptoms of a broader national vulnerability created by Australia’s reliance on imported fuels—one that can only be addressed through resilient, domestically connected energy infrastructure.
And while electrification will progressively reduce diesel reliance for many remote and heavy‑duty mining operations, liquid fuels will remain essential for reliability, redundancy and peak demand for decades to come.
Bioenergy and gas‑to‑liquids technologies offer the ability to produce diesel‑equivalent fuels onshore, leveraging Australia’s biomass resources and abundant natural gas reserves while remaining compatible with existing engines, logistics and storage infrastructure.
Importantly, these fuels reduce exposure to international shipping disruptions and refinery outages while avoiding the full system change required by electrification alone.
Real World Solutions
Currently, projects across the country are working to secure local supply. For example, one of the largest and most significant shale gas plays in Australia, and arguably the world, is the Beetaloo Sub-basin, which is home to more than 500 trillion cubic feet of discovered and prospective gas.6
Similarly in Queensland, the Taroom Trough has yielded Australia’s first new onshore oil production in 50 years and is fast-tracking gas development across the state.7
With the right engineering and procurement, resources such as Taroom Trough and Beetaloo have the potential to contribute to a more resilient domestic energy system, reducing exposure to imported fuel supply risks. These projects are key examples of ways to improve Australia’s domestic gas landscape to help stabilise energy prices and protect our onshore operations.
The implementation of a large-scale pipeline infrastructure to access Beetaloo’s gas supply, similar to Verbrec’s work on the Atlas to Reedy Creek Pipeline in the Surat Basin, demonstrates how domestic gas supply can be connected into a broader network, supporting the delivery of lower‑emissions gas to homes, businesses and manufacturing industries across the east coast.
Bioenergy
Australia has a clear opportunity to convert agricultural residues, forestry waste, municipal waste streams and tallow into domestically produced low‑carbon diesel and renewable gas. Research consistently identifies mining, freight and remote industrial sites as priority end‑users, given their limited alternatives to liquid fuels and their vulnerability to supply disruptions.
Because renewable diesel and other bio‑derived fuels are “drop‑in” replacements, they can be deployed rapidly without materially modifying vehicles, haul fleets or power generation infrastructure. For remote mines, this materially lowers fuel supply risk while supporting emissions reduction and regional economic activity.8
Gas to Liquid
Gas‑to‑liquids (GTL) technology provides a proven pathway to convert domestically sourced natural gas into ultra‑clean synthetic diesel, jet fuel and naphtha. Commercial GTL facilities already operate in Qatar, Malaysia and South Africa, demonstrating technical maturity at scale. Australia’s northern gas provinces, including Beetaloo, are well‑suited to this pathway given resource quality and proximity to industrial demand.
From a fuel security perspective, GTL enables onshore production of transport fuels that meet or exceed existing diesel performance standards, significantly reducing reliance on imported refined products during geopolitical or maritime disruptions.
Strategic analysts have identified GTL as one of the few options capable of delivering a genuinely sovereign liquid fuel capability using existing assets and skill sets.9
The Final Word
No single technology will fully insulate Australia’s mining and industrial sectors from fuel supply shocks. Instead, a portfolio approach is required.
Electrification where viable should be complemented by domestically produced biofuels and gas‑derived liquid fuels to maintain operational resilience, particularly for remote and heavy‑duty applications.
Achieving energy sovereignty through complex engineering and data integration has never been so critical to help secure our energy future so we can continue our day-to-day, regardless of the global landscape.
References
- Lucas, Jarrod. 2026, March 17. ‘Fuel crisis forces WA resources company Blue Cap Mining to send workers home’. ABC News.
- Commins, Patrick. 2026, March 25. ‘Seven charts that reveal how unprepared Australia was for the fuel crisis’. The Guardian
- Australian Government. 2026, March 30. ‘National Fuel Security Plan’.
- AMEC. 2026, March 18. ‘Strain on fuel supply chain is putting exploration and mining operations at risk’.
- MacDuff, A., Hughes, S., Sarwar, A., 2026, February. ‘Electrification in mining: Infrastructure, skills and the road to Net Zero’. Mining and Automotive Skills Alliance
- Northern Territory Government. 2026, February 12. ‘Beetaloo Sub-basin’.
- Crisafulli, David. 2026, April 8. ‘Taroom Trough unlocking Australia’s first domestic oil supply in half a century’. Queensland Government.
- Australian Government, DAFF (2025). National Bioenergy Feedstock Strategy.
- Australian Academy of Technological Sciences and Engineering (2025). Decarbonising Diesel Industries.
