Geothermal Energy
Resource assessment, reservoir engineering, and environmental impact of deep geothermal systems for electricity and direct heat.
Research
Where engineering meets computation.
Active research directions across geoenergy, subsurface modeling, and digital technologies for the energy transition.
Carbon Capture & Storage
CO₂ storage in depleted reservoirs and saline aquifers — capacity estimation, integrity assurance, and long-term monitoring.
Legacy Wells
Re-qualification, repurposing, and safe abandonment of ageing wells for geothermal production and carbon storage.
Subsurface Thermal Modeling
Temperature correction, heat flow simulation, and reservoir thermal behavior under geological uncertainty.
Digital Technologies
Machine learning, data science, and computational methods applied to geoenergy and environmental systems (D-TEA).
Computational & Numerical Methods
Python, FEFLOW, QGIS, and Petrel pipelines for reproducible subsurface modeling and uncertainty quantification.