The Reedy Creek Key Resource Area Project (RCKRA Project) will commence Phase 1 extraction only after the West Burleigh Quarry has exhausted its remaining reserves—expected around 2038 (subject to market conditions). The RCKRA Project is planned to operate for approximately 50 years, ensuring a long-term, reliable supply of essential construction materials to support the Gold Coast’s ongoing growth and infrastructure needs.
The RCKRA Project will be delivered in progressive phases to minimise impacts and allow for careful planning, construction, and rehabilitation. The phases include:
Clearing vegetation in designated areas.
Upgrading the entrance on Old Coach Road.
Constructing the quarry access road to the infrastructure area (around RL35m) and the Run of Mine (ROM) pad (around RL50m).
Constructing the quarry dam, spillway and maintenance access road.
Development
Removing approximately 1.06 million tonnes of overburden (soil and rock that sits above the resource) and transporting it to West Burleigh Quarry for rehabilitation.
Processing about 2.86 million tonnes of material into road base and gravel using mobile crushing equipment on-site.
Preparing the final floor level for the permanent crushing plant.
Construction
Building the fixed, enclosed crushing plant and associated infrastructure, including workshops and site facilities.
Creating a temporary haul circuit between the ROM pad and workshop to maintain efficient operations during early works.
Operations
Developing the quarry pit in four stages (Q1–Q4), ultimately reaching a floor level of RL -66 metres.
Continuing progressive extraction and processing, with a maximum annual output of 1.2 million tonnes.
Undertaking progressive rehabilitation of terminal benches.
Decommissioning
Once extraction and process cease, rehabilitating the site to meet environmental requirements and support appropriate future land uses.
Click to view the RCKRA project plans.
This staged approach ensures:
Efficient resource extraction while minimising environmental impacts.
Progressive rehabilitation to restore land and protect habitats.
A long-term, reliable supply of materials to support housing, roads and infrastructure.