Research students will showcase their latest research projects. A sneak peek of some topics being presented are down below. 

Please join us back at 12:00pm (CEST) for the next scheduled presentation. 

Poster Presentation topics:

• Using machine learning to characterize fluid flow behaviour in fractured geothermal reservoirs
• Practical screening of geological uncertainty in proposed low-enthalpy geothermal developments
• A digital twin for the TU Delft campus geothermal project: first concepts
• Deciphering the heterogeneity in Geogenic Arsenic: Modelling the variability within the holocene floodplain deposits
• Impact of viscous fingering on CO2 storage
• In-situ monitoring of mineral precipitation profile in porous media
• Investigation of aquifer heterogeneity and its influence on the reinjection efficiency
• Assessment and optimization of CO2-based geothermal energy production from partially depleted oil reservoirs
• Proxy for reservoir simulation based on deep learning techniques for time series forecasting
• Simulation of submarine landslide using material point method (MPM)
• Data-driven geologic CO2 storage monitoring
• Production strategy optimization through model-based decision analysis to manage a heavy oil reservoir: polymer flooding and intelligent wells
• Evaluation of infill well drilling alternatives in a mature oil field
• Influence of production system integration on polymer flooding in heavy oil reservoir
• Comparing WAG-CO2 injection with continuous water and gas injection in separate wells under uncertainty
• Aqueous nanobubble dispersion for geological carbon storage
• Formate production from bicarbonate electroreduction
• Control of mineralogy, roughness, and rock fabric on fracture carbonate rocks under acid flow
• Physics-guided deep learning for geologic CO2 storage
• Co-axial closed loop geothermal system modeling
• Aquifer thermal energy storage simulation: buildings to boreholes
• Numerical investigation of vertical borehole heat exchanger of a ground source heat pump system for space heating and cooling in a typical residential building in Calgary, Canada
• Improving geothermal energy efficiency: using data science to optimize thermal storage and mitigate borehole dysfunctions