Atlas Copco’s full-cycle mining rental system: air-network design notes for engineers
Reviewed by Tom Sullivan

First reported on Australian Mining
30 Second Briefing
Atlas Copco is promoting a single, integrated compressed-air rental system that links pit drilling, crushing, screening and mineral processing, centred on its DrillAir Y1260 high-pressure compressor. Instead of separate, fixed compressors at each stage, mines can deploy mobile units with variable pressure and flow to power down-the-hole drilling, air knives on crushers and air-operated valves or pumps in the plant. The approach targets lower installed power, reduced redundancy and easier maintenance planning, but requires careful air-network design and control to avoid pressure drops and bottlenecks across the full circuit.
Technical Brief
- Integrated monitoring of pressure, dew point and flow is used to detect leaks and undersized lines early.
Our Take
Atlas Copco’s push in Australia towards rental-based, full-cycle solutions echoes its DrillAir Y1260 deployment covered earlier this year, signalling a strategy to replace multiple discrete compressors and power units with a smaller number of higher-capacity, multi-stage assets on mine sites.
Across our mining product coverage, Atlas Copco repeatedly couples rental offerings with hybrid or battery-backed equipment (e.g. QHS hybrid generators and the B-Air 185-12 compressor), which likely makes it easier for Australian operators to trial low-emission technologies without capex exposure.
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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