Moora Copper-Gold

The Moora Silica Sand Project is situated in the Wheatbelt region of Western Australia, approximately 170 km north of Perth CBD via the Great Northern Highway. This distance creates measurable supply chain friction: critical MRO components, hydraulic parts, and consumables face multi-hour transit windows. The flat, semi-arid Wheatbelt terrain facilitates surface extraction but amplifies exposure to seasonal dust loading and wind erosion, directly impacting equipment wear cycles and filter replacement intervals across the operation.

Operating under Vytas Resources, the Moora project runs on a DIDO (Drive-In Drive-Out) model, leveraging the regional town of Moora as a logistical staging point. The absence of a permanent camp increases dependency on local mechanical workshops and regional service providers to minimise unplanned downtime. For B2B vendors, this creates acute demand for:

• On-call mobile mechanical and hydraulic repair services
• Fast-turnaround parts supply for earthmoving and screening equipment
• Tyre management and ground engagement tool (GET) contracts
• Electrical and instrumentation (E&I) field support

Silica sand extraction at Moora involves open-cut bulk material handling, integrating scrubbing, screening, and classification circuits. Conveyor systems are central to the processing flow, transferring high-abrasion silica sand between wash plants, stockpile areas, and load-out points. This intensive conveyor utilisation drives recurring demand for:

• Belt vulcanisation and splicing services
• Idler roller and pulley replacement programs
• Wear-liner and chute lining solutions (polyurethane/ceramic)
• Vibrating screen media and tensioning hardware

Structural wear rates are elevated given the high-silica abrasivity index of the product stream.

As a junior-to-mid-tier silica sand developer, Vytas Resources operates within an increasingly ESG-scrutinised investment environment. The Wheatbelt's high solar irradiance positions Moora as a viable candidate for hybrid solar-diesel power integration, reducing Scope 1 emissions from genset operations. Key ESG vectors relevant to B2B partners include:

• Transition-ready infrastructure for electric light vehicle (ELV) fleet deployment
• Dust suppression and rehabilitation obligations under WA DMP conditions
• Water recycling within the wet processing/wash plant circuit
• Silica dust (RCS) exposure management aligned with Safe Work Australia standards