Crackerbox Gold

Project Logistics & B2B Overview

Geographic Location and Topography

The Cracker mine is situated within the Marble Bar sub-region of the Pilbara, one of the most thermally extreme environments on Earth, regularly recording temperatures exceeding 45°C. The terrain is characterised by ancient Archaean greenstone belts and ironstone ridges. Hyper-arid conditions impose critical constraints on operational water supply, requiring engineered water harvesting, bore-field extraction, or long-haul cartage to sustain dust suppression, processing circuits, and camp potable demand year-round.

B2B Operational Cycle and Site Activity

As an operating manganese ore asset, Cracker demands continuous 24/7 site activity supported by diesel-powered generation sets and grid-independent power infrastructure. Fuel logistics represent a dominant OPEX vector, with bulk diesel deliveries routed via the Great Northern Highway corridor. FIFO/DIDO rotational rosters from Port Hedland or Newman are the standard workforce mobilisation model. Vendor access for consumables, wear parts, and reagent supply chains must be pre-qualified through site management protocols.

Extraction Engineering and Processing Infrastructure

Manganese ore extraction at Cracker likely involves open-cut drill-and-blast methodology given the Pilbara's shallow, competent rock formations. Run-of-mine material is processed through a primary crushing and screening circuit, with potential dense media separation (DMS) or jigging stages to upgrade Mn grade. Key engineering demands include:

• Primary jaw/cone crushing circuits for ROM size reduction
• Wet screening and classification for fines management
• High-wear liner and media replacement cycles
• Reagent dosing systems for metallurgical optimisation
• Dewatering infrastructure for product and tailings streams

ESG, Value Chain and Sustainability

Operating in the Pilbara mandates strict compliance with WA DMP and EPA frameworks. Tailings storage facilities (TSFs) must meet engineered containment standards with ongoing geotechnical monitoring. Progressive rehabilitation of disturbed landforms is a regulatory and social licence requirement. ESG performance indicators include:

• Certified TSF design and annual stability reviews
• Topsoil salvage and native seed bank programs
• Dust and noise monitoring at site boundaries
• Aboriginal heritage clearance and cultural heritage management plans
• Carbon reporting aligned with NGER obligations