Morrissey Road

Project Logistics & B2B Overview

Geographic Location and Topography

Morrissey Yabberup is situated within the South West Mining Field of Western Australia, a region characterised by undulating lateritic terrain, dense karri and jarrah forest cover, and high annual rainfall. Operations in this corridor demand strict Phytophthora cinnamomi (Dieback) biosecurity protocols, including vehicle hygiene stations, controlled access tracks, and soil movement restrictions to prevent irreversible damage to endemic flora and surrounding conservation zones.

B2B Lifecycle and Operational Status

The site holds an Operating status within the construction materials sector, supplying aggregate, road base, or sand products critical to regional civil infrastructure. Key B2B operational considerations include:

• Rotating FIFO/DIDO rosters serving remote workforce requirements
• Camp support logistics for accommodation, catering, and medical response
• Procurement cycles aligned with WA Department of Mines, Industry Regulation and Safety (DMIRS) compliance windows
• Vendor onboarding subject to site-specific induction and contractor management systems

Extraction Engineering and Infrastructure

As a construction materials operation, Morrissey Yabberup likely deploys a primary crushing and screening circuit configured for high-volume aggregate production. Core infrastructure typically includes:

• Jaw or impact crusher primary stage with vibrating grizzly feeders
• Multi-deck screening plant for graded product separation
• Dust suppression systems and water management infrastructure
• Haul road networks engineered for heavy articulated truck payloads
• Stockpile management zones with load-out facilities

ESG, Value Chain and Sustainability

Operating within WA's South West region places Morrissey Yabberup under increasing ESG decarbonisation pressure, consistent with state and federal net-zero trajectories. Sustainability levers applicable to this asset class include:

• Diesel displacement via solar-hybrid power generation for fixed plant loads
• Transition pathways toward electric light vehicles (ELV) for site personnel movement
• Progressive rehabilitation bonding and native vegetation offset obligations
• Water recycling circuits to minimise drawdown on local aquifer systems