Camelarup Perup

Project Logistics & B2B Overview

Geographic Location and Topography

Camelarup Perup is situated within the South West Mining Field of Western Australia, a region characterised by undulating terrain, lateritic soils, and dense native jarrah-marri forest cover. Operational access corridors require strict Phytophthora cinnamomi (Dieback) biosecurity protocols, including vehicle hygiene stations and controlled movement zones. The surrounding Perup landscape intersects with ecologically sensitive areas, demanding rigorous pre-disturbance vegetation surveys and ongoing compliance with DWER land-use conditions prior to any extraction activity.

B2B Lifecycle and Operations

Classified as an Operating construction materials quarry, this site supplies aggregate, sand, or gravel-class materials to regional civil and infrastructure markets. Continuous 24/7 operational cycles depend on diesel-intensive haulage fleets and reliable grid or generator-backed power substations to sustain crushing and screening throughput. B2B procurement windows align with WA infrastructure project pipelines. Key operational dependencies include:

• Heavy diesel consumption across loader and haul truck fleets
• Substation power reliability for processing plant continuity
• Regional civil contractor supply agreements
• Compliance with DMP operating licence conditions

Extraction Engineering and Infrastructure

Construction material extraction at this scale typically integrates a conveyor-based material handling system, routing crushed product from the primary jaw or impact crusher through multi-stage screening decks to stockpile zones. Belt conveyor networks minimise haul distances and reduce diesel burn per tonne processed. Critical infrastructure components include:

• Primary and secondary crushing and screening circuits
• Overland conveyor systems to product stockpiles
• Weighbridge and load-out infrastructure
• Dust suppression and water management systems

ESG, Value Chain and Sustainability

Operating within the South West's high-biodiversity corridor demands a proactive rehabilitation and closure planning framework. Although construction materials quarries generate lower tailings volumes than metalliferous mines, tailings and fines management facilities must meet DER containment standards. ESG commitments at this site tier include:

• Progressive landform rehabilitation and native revegetation
• Dieback hygiene management across all access tracks
• Stormwater and sediment control infrastructure
• Carbon accounting for diesel fleet emissions reporting