Archive - PhD
- Acoustic prop of two-phase saturated porous rocks in the context of mud-filtrate invasion correction
- An experimental and teoretical study of CO2 hydrate formation systems - Fragkiskos Tzirakis
- Application of the Cubic Plus Association Equation of State in Reservoir Simulation - Andre Pinto Coelho Muniz Vinhal
- A probabilistic and machine-learning geophysical approach for characterizing potential Unexploded Ordnance(UXO)
- ArchaeoDrone
- Assessment of dynamic flow, pressure and geo-mechanical behaviour of a CO2 storage complex
- Barium Sulfate solubility in oilfield brines
- Characterization of the non-uniform fluid distribution in tight petroleum reservoirs
- CO2 absorption and its conversion at mild conditions
- CO2 Capture by absorption – experiment and modelling
- Comparison of various crossover approaches for equations of state
- Compositional Reservoir Simulation of Liquid Rich Shale Production
- Compositional Simulation of Heavy Oil Production with Steam and Solvent
- Computational Geoscience - HeHo
- Computational methods for detection and imaging of oil in sea water
- Computation of Simultaneous Phase and Chemical Equilibrium
- Development of an Electrolyte CPA Equation of state for App in the Petroleum and Chemical Industries
- Development of the Electrolyte CPA Equation of State
- Efficient Large-Scale Reservoir Simulation on Modern Many-Core
- Electrochemical Gas Cleaning
- Enchanced Oil Recovery with Application of Microorganisms
- Enhanced oil recovery by advanced water flooding
- Enhanced Oil Recovery Methods targeting Danish North Sea Chalk Reservoirs
- Enhanced Oil Recovery with Application of Enzymes
- Enzyme enhanced CO2 absorption rate-based modeling and pilot plant validation
- Estimation of matrix flow contribution in naturally fractured reservoirs
- Feasibility of geothermal energy extraction from medium depth Danish limestone aquifers
- Fermentation of Synthesis Gas and design of bioreactors
- Fermentation of Synthesis Gas to gaseous and liquid fuels
- Gas hydrate modeling using the GERG-2008 model
- Gas Liberation in Tight Porous Medium
- Generic interface development and benchmarking of carbon dioxide reduction processes
- Heat Storage in Hot aquifers
- High Pressure Phase Behavior of Asymmetric Mixtures for Oil Production
- HPHT Reservoir Fluids with Focus on Scaling and thermodynamic Modeling
- Inhibition of gas hydrate formation by ice-structuring proteins
- Integrated Modeling of Oil Reservoirs - history matching and geostatistical analysis
- Kinetics of scale formation in oil and gas production
- Kinetics of scaling formation
- Lower Cretaceous tight reservoir permeability modeling
- Measurement and modelling of phase equilibrium of oil-water.polar chemicals
- Methane production and carbon capture through hydrate swapping
- Microbial communities and co-cultures for highly selective gas bioconversions in attached growth systems - GASBIO
- Modeling of Salt Solubility Dissolution in Water flooding of Petroleum Reservoirs
- Modelling of Asphaltene Systems with Association Models
- Modelling of Salinity Effects on Waterflooding of Petroleum Reservoirs
- Nonlinear Model Predictive Control for Oil Reservoirs
- Numerical Methods for Reservoir Simulation and Optimization
- Optimal Control of PDE-Constrained Systems
- Optimizing Oil Production by Novel Technology Integration - Well Flow Modeling
- Petrophysical Modelling of Fluid Permeability in Tight Sedimentary Rocks
- Petrophyssics of Paleogene sediments
- Phase Behavior of Inhomogeneous Fluids
- Polyhydroxyalkanoates (PHA) production from fermented crude glycerol in mixed microbial consortia
- Predictive Modelling of Gas Diffusion and Solubility in Polymers for Offshore Pipelines
- PROMAG
- Research of sulfur suspension catholyte
- Risk assesment and Multiple scenario Generation from Seismic and Geological Data
- Rock mechanics and fluid saturation study
- Rock Physics of Reservoir Rocks With Varying Pore Water Saturation and Pore Water Salinity
- Simulation and Optimization of Oil Reservoirs in the Danish North Sea
- Simulation of liquid-liquid equilibrium between associative systems that are present in the bio-oil from fast pyrolysis
- Study of High Pressure and High Temperature Reservoir Fluids
- SULCOR - Securing corrosion free conditions
- Theory, Simulation and Models for Electrolyte Systems with Focus on Ionic Liquids
- Thermodynamic and Process Modelling of Gas Hydrate Systems in CO2 Capture Proceses
- Thermodynamic Modeling for CO2 Capture Systems
- Thermodynamic modeling of CO2 hydrates
- Thermodynamic modeling of CO2 gas hydrate formation systems
- Thermodynamic modelling in oil-sea water mixtures
- Thermodynamics, Design, Simulation and Benchmarking of Biofuel Processes
- Thermodynamics of Petroleum Fluids relevant to Subsea Processing
- The thermodynamic model of CO2 in 2-methylimidazole aqueous solution
- The Thermodynamics and Transport Properties of Ionic Liquids Based Compounds
- Uncertainty quantification in subsurface modeling
- Water structure and properties
Advanced configurations for carbon capture and flue gas cleaning
Advanced Thermodynamic Models for Water
Application of Quantum Chemistry to Modeling Associating Systems
Benchmark and development of predictive molecular thermodynamic models
BIOCO2 – Biogas upgrading for high-purity CO2 and natural gas distribution
Biogas Upgrading (Carbon Capture) simulation through experimental work and thermodynamic modelling
Carbon Neutral Energy Production by Hydrate Swapping
CO2 Corrosion Relevant to CCS
Compositional Simulation with Geochemical Reactions for Underground CO2 Storage
CompReact
Computer-Aided Product Design of Coatings
Cost Reductions in Carbon Capture through System and Technology Optimization
Development of a machine-learning model for NaCl aqueous solutions
Digitalization, Simulation, Control and Optimization for Power-to-X
Economic Nonlinear Model Predictive Control for Integrated and Optimized Non-Stationary Operation of Biotechnological Processes
Economic Optimizing Control for a U-loop Reactor
Electrochemical CO2 Capture
Electroscrubbing for biogas cleaning; experiments and model construction
Experimental and Computational Evaluation of Solvation Phenomena in Electrolyte Solutions
Experimental Study of CO2+Brine Mixtures for CO2 Storage
Fermentation of carbon monoxide to chemical precursors
Fermentation of syngas to CO2-neutral chemicals
FRESH - Formate for renewable Energy Storage
Further Development of the Primitive Electrolyte Equation of State Approach
High Customization Computed Tomography for in situ Imaging of Fluid-Solid Interaction
Innovandi - Electrochemical CO2 Capture
Kinetic Modelling of Gas Hydrate Systems
Modeling of Electrolyte Systems using the Non-Primitive Approach
Modelling of the Phase Equilibrium and Physical Properties of Complex Mixtures Using Advanced Thermodynamic Methods
Model Predictive Control for Zero-Emission Industrial Processes
Multi-phase Modeling of Electrolyte Systems
Multiscale investigation of CH4/CO2 hydrates in sediment: CH4 recovery and CO2 storage
New advanced simulation techniques for wave energy converters
Prediction of Solid-Liquid Equilibria in Electrolyte Solutions
Process Design, Simulation and Costing of Carbon dioxide Conditioning Plant
Process modelling of CO2 Conditioning – Liquefaction and Compression
Research on the synergistic effect between MOFs and natural gas hydrates
Robust and energy efficient methods of scrubbing C02 using electrochemical cells
Securing corrosion free conditions
Study of Molecular Diffusion in Fractured Reservoirs
The Potential and Demonstration Feasibility of Bioenergy with Carbon Capture and Storage
Thermodynamic and physical properties as basis for digitalization of glycol processes

Computational Geoscience - HeHo

The goal of the PhD project is to develop new mathematical and numerical methods to analyze geophysical data and well production data with the aim of investigating flow, heat transport and heat conduction in geothermal reservoirs and make a new mathematical model of the reservoir.

Structure and properties of geothermal reservoirs can be investigated by means of two different methods:

The first method is seismic inversion, where seismic waves generated by near-surface explosions or in boreholes, and reflected from geological structure in the reservoir, are analyzed. From these data, structure and mechanical/elastic properties of the reservoir can be calculated.

The second method is to combine all the geological and geophysical data to create models with the help of mathematical modeling ( algorithms, optimization, numerical calculations). From these models we can calculate all the properties of rocks which we are interested in.

Supervisor: Prof. Ida Lykke Fabricius: ilfa@byg.dtu.dk

Co-supervisor: Prof. Klaus Mosegaard,

Updated by Christian Ove Carlsson on 30 April 2024