Modeling and Control:
- Advanced analytical tools and numerical methods (FD, FE, IFD, FV)
- Modeling and control of saturated and unsaturated flow and transport in porous and fractured rocks and heterogeneous formations, including multiphase, nonisothermal flows, geochemical reactions, and geomechanical effects
- Percolation theory and Fractal approach - analyses, insight, and modeling
- From large-scale/regional watershed modeling and management to local scale groundwater remediation
- Groundwater-surface water interactions
- Soil water contamination and remediation
- Inverse modeling and contaminant source location
- Geostatistics and Stochastic Modeling (including Monte Carlo Simulations)
- Machine Learning (artificial neural networks, hierarchical learning, etc.)
Expertise:
- Geohydrology, Geo-environment, Geochemistry, Geomechanics, Geophysics
- Advanced computing and geostatistics
- Intelligent Control
Services and Solutions:
- Site characterization and environmental impact assessment (EIA)
- Mining processes and water management
- Groundwater contamination analyses, and remediation optimization
- Volatile organic carbon migration and vapor intrusion to buildings
- Oil reservoir management (simulations, optimization, control)
- Risk Assessment, stochastic analyses, and Decision Making
- In-situ and Heap Leaching
- Mine dewatering and depressurization
- Tailing Ponds seepage mitigation
- Acid rock drainage (ARD) mitigation
- Mine Closure optimization (liquid management and control)
- Gas wells, fracking effects, and related water management
- CO2 Sequestration
- VOC transport and vapor intrusion
- Pumping tests and parameter estimation
- Geostatistical analyses
- Monitoring optimization