Mather Drive Quarry
Operation Details
Project Logistics & B2B Overview
Geographic Location and Topography
The Neerabup corridor sits within Perth's northern metropolitan fringe, characterised by low-relief Swan Coastal Plain terrain with shallow sandy profiles over limestone. This flat-to-gently-undulating topography minimises cut-and-fill complexity but demands precise bulk earthworks sequencing to manage overburden stripping across staged extraction cells. Proximity to urban growth corridors intensifies regulatory scrutiny on dust suppression and haulage route management, directly impacting operational scheduling for construction material supply chains.
B2B Lifecycle and Operations
As an operating extractive quarry, Mather Dr Neerabup Stages runs continuous extraction cycles supplying construction-grade sand and aggregate to Perth's metropolitan development market. Operations depend on high-cycle diesel fleet consumption — front-end loaders, scrapers, and articulated dump trucks burning fuel continuously across multi-stage extraction zones. Energy demand for dewatering pumps and processing equipment requires reliable grid connection or dedicated generator substations to sustain 24/7 operational readiness across active extraction stages.
Engineering and Extraction Infrastructure
Material handling at Neerabup involves conveyor-integrated processing circuits linking extraction faces to stockpile and screening zones. Staged cell design allows sequential extraction with controlled face advancement. Sand classification and grading screens process raw material into specification-compliant construction products. Dewatering infrastructure is critical given shallow groundwater tables typical of the Swan Coastal Plain, requiring pump networks and settlement ponds integrated into the site's civil engineering layout to maintain safe working conditions across all active stages.
ESG, Value Chain and Sustainability
Urban Resources operates under Western Australian extractive industry rehabilitation obligations, mandating progressive land reinstatement concurrent with extraction. Tailings and process water are managed through engineered sediment retention basins, preventing contamination of local groundwater systems. ESG compliance is enforced via DMP-issued extraction licences with staged rehabilitation bonds. The site's urban-adjacent location demands proactive community engagement, noise monitoring, and dust mitigation as non-negotiable operational standards embedded within the B2B supply contract framework.