Numerical modelling and data analysis in hydrogeology

Numerical modelling

  • Modelling SW: SWAT+
  • Applications: catchment water balance, rainfall-runoff modelling, preparation of inputs for hydrogeological models, analysis of the long-term evolution of hydrological systems.
  • Modelling SW: HYDRUS 1D/2D/3D, FEFLOW
  • Applications: infiltration and water flow in the unsaturated zone, groundwater recharge, calculation of pore-water pressures, flow and solute transport in unsaturated media, coupling of unsaturated and saturated zones.
  • Modelling SW: MODFLOW, FEFLOW, HYDRUS 2D/3D, SEAWAT
  • Applications: water balance, groundwater flow conditions, groundwater–surface water interactions, abstraction and drainage, inflows into underground and surface structures, predictive simulations and generation of flow fields for transport models.
  • Modelling SW: MT3DMS, RT3D, HYDRUS, FEFLOW, SEAWAT
  • Applications: transport of dissolved substances and contaminants, temporal and spatial evolution of contaminant plumes, assessment of remediation measures, solute transport and variable-density flow.
  • Modelling SW: FEFLOW
  • Applications: optimisation and long-term sustainability of geothermal energy systems, including ground-source heat pumps.

Data processing and supporting tools

  • Processing, quality control and interpretation of time-series data
  • Spatial analysis of hydrogeological and related datasets
  • Preparation of input data and automation of modelling workflows
  • Post-processing and visualisation of numerical model results
  • Development of purpose-built software tools
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