Tackling the fire hazard to mining resilience: FM report takeaways for operators
Reviewed by Joe Ashwell

First reported on Australian Mining
30 Second Briefing
Fire now accounts for nearly one-third of all severe mining losses worldwide, with FM’s new global report warning that loss exposure remains “dangerously high” even as Australia’s mining sector grows 3.7 per cent and delivers over 60 per cent of national export earnings. The insurer points to combustible conveyor belts, diesel-heavy mobile fleets and high-energy process plants as key ignition and escalation points. FM urges operators to tighten fire-water availability, detection and suppression coverage, and maintenance regimes to protect production continuity and asset resilience.
Technical Brief
- Conveyor fire scenarios emphasise belt material combustibility, idler seizure, and inadequate guarding of transfer points.
- Diesel equipment risks are linked to fuel line failures, turbocharger hotspots, and poor segregation of parking bays.
- High-energy process plants are flagged for transformer, switchgear and MCC room fires from insulation breakdown.
- Report stresses fire-water reliability: ring mains, dual pumps, and protected tankage against single-point failure.
- Detection gaps include limited coverage in enclosed conveyors, underground workshops and remote stockpile reclaim tunnels.
Our Take
FM’s earlier call, via Australian Mining, for loss‑prevention engineering to address “invisible” risks suggests this fire‑hazard focus is part of a broader push to quantify non-obvious operational threats that can cause multimillion‑dollar outages in Australian mines.
With mining underpinning more than 60 per cent of Australia’s export earnings in our data, systemic fire risk is not just a site‑level safety issue but a macro‑exposure for national supply chains and insurers, which gives risk‑engineering recommendations from FM added leverage in boardroom decisions.
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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