Efficient management and utilization of low-grade material present important challenges in today’s mining landscape, particularly regarding the growing footprint of waste dumps. Making better use of lower-grade reserves is essential not only to maximize available resources but also to minimize adverse environmental impacts and reduce land use for waste storage. Unmanaged waste material can lead to lasting concerns such as soil and water contamination, as well as stability risks like landslides—issues that are further intensified by extreme weather events. Addressing these challenges is vital for both operational efficiency and sustainable mining practices. This project aims to develop integrated solutions enabling the extraction and beneficial use of low-grade magnesite in industrial applications, thereby supporting a more circular economy. Through these efforts, partners can strengthen environmental stewardship, lower production costs, and set a benchmark for responsible resource extraction.

Goal of the Project:

  • Review 3D geological model
  • Feasibility study for low-grade magnesite extraction
  • Optimize mine planning and capacity expansion
  • Assess personnel, equipment, and transport needs
  • Minimize impact on ongoing operational processes

Project approach / Methodology

  • Site visits and ongoing digital collaboration with project partners
  • Detailed review and evaluation of the 3D geological model for resource assessment
  • Feasibility study on the extraction of low-grade magnesite and its potential for industrial use
  • Development and optimization of mine planning with a focus on capacity expansion without disrupting current operations
  • Comprehensive assessment of personnel, equipment, and transportation requirements, including cost quotations
  • Identification of best practices for minimizing environmental impact and waste footprint
  • Coordination with industry partners to ensure alignment with processing requirements and sustainability goals
  • Preparation of a final report documenting recommendations and optimization strategies
     

Forschungskompetenz:

  • Circularity in Mining
  • Blue Mining Methodology
  • Sustainable and responsible resource extraction
  • Lifecycle mining project planning
  • Waste minimization and recycling