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Modelling and Valuation Department
Prof. Karl Gerald van den Boogaart
Dr. Raimon Tolosana-Delgado

System assessment

Metals production faces the daily challenges of changing feed compositions, costs of raw materials, changing recycling and emission regulations, and fluctuating cost of energy. We model and validate process technologies, systems, and value chains to optimize processes, energy consumption, CO2 footprint, and process cost. We achieve these goals, amongst others, through the modelling of particle behaviour as well as automation and digitilization of beneficiation and extraction process technologies.

Another research focus is on assessing the resource potential of ore bodies or tailings using geometallurgical characterisation and modelling. Geometallurgy integrates available geological, geochemical, and mineralogical knowledge with factors that influence all stages of the mining value chain, such as mining/geotechnical engineering, processing, metallurgy, and geoenvironmental aspects.


Research topics:


Foto: Geometallurgical models_ref ©Copyright: HIF

Predictive geometallurgy

Geostatistical tools for forecasting the the raw material potential and economy processing feasibility of deposits and mine dumps.
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Foto: Modelling of separation processes at HIF ©Copyright: HZDR/Detelev Müller

Particle fate modelling

Particles behavior predicition in se­paration processes including its uncertainties based on modern raw material characterization.
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Foto: Sankey diagram of the complete life cycle of metals embedded in a PCB_ref ©Copyright: HIF

Process and technology evaluation and optimization

Development of digital models of single processes and routes to evaluate efficiency, impact, and optimization potentials of any novel technology.
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