Navigating the complexity of rehabilitation planning, geomorphic landform design and closure costing.



Xenith delivers environmental management solutions from due diligence and strategic advice through to specialist technical studies at concept, pre-feasibility, and feasibility stages. Our multi-discipline technical teams have extensive experience in all aspects of mining; mine closure; geomorphic landform design; rehabilitation planning, and closure costing.

Core services

  • Progressive Rehabilitation and Closure Plan (PRCP) (QLD)
  • Estimated Rehabilitation Cost (ERC) (QLD)
  • Mine Operations Plans (MOPs) (NSW)
  • Rehabilitation Cost Estimate (RCE) (NSW)
  • Modelling of geomorphic landforms (NSW)
  • Generating life-of-mine final void and landform surfaces
  • Naturally “rolling” final landform design for mine closure
  • Financial assessment of final landforms for mine closure
  • Strategic approvals advice
  • Introduction and negotiation with government
  • Risk assessment and management
  • Project due diligence
  • Environmental impact assessment
  • Plan of operations
  • Construction environmental management
  • Geographic Information System mapping and analysis (GIS)
  • Land access
  • Project management.

    Our team has expertise in industry leading software and database packages.

    Case Study

    Xenith was engaged to undertake a full pre-feasibility study for a greenfield Australian mine. We supported the project with a fully integrated team drawing upon our extensive experience in approvals, environment, geology, mining, coal handling, plant preparation; power, and water supply. Our Environment and Approvals specialists addressed all statutory requirements including land use; local roads, contaminated land; surface water quality; hydrology and hydraulics (flooding and water management); waste management; ecology; air quality; noise and vibration; traffic and transport; cultural heritage; and social impact. The client was successful in obtaining all approvals and the mine has since been developed and is now in production.