InterPore2023

Session

MS17

22 May 2023, 10:50

146. Simulation Study of In-situ Conversion Process in Low-mid Maturity Shale Oil Reservoir

Zijie Wang (China University of Petroleum (East China))

22/05/2023, 10:50

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

Continental shale oil in China is mainly of low-medium maturity, filled with heavy oil of low mobility and organic matter that unconverted. Horizontal drilling and hydraulic fracturing are insufficient to obtain economic production in such reservoir, thus in-situ heating and transform technology should be applied. A multiphase multicomponent hydro-thermal coupled numerical model considering...

155. Arctic bryophytic cover seen as a porous medium: coupled experimental and numerical thermal properties' assessment

Mr Simon Cazaurang (Institut de Mécanique des Fluides de Toulouse)

22/05/2023, 11:05

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

Thermal regimes of arctic soils are strongly correlated to the presence of perennially frozen soil layers (permafrost). These soils undergo a cyclic annual freeze-thaw phenomenon with the formation of an active layer during summer. A complex patchwork of low vegetation layer consisting of Sphagnum moss, lichen, and peat covers this active layer. Such profiles are found in boreal regions for...

500. On talik formation related to geological radioactive waste storage

Klaus-Peter Kröhn (GRS gGmbH)

22/05/2023, 11:20

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

The safety against radioactive waste stored deeply in the underground is principally at risk where groundwater can attack the metallic waste canisters. For a performance assess-ment of a geological repository, it is therefore imperative to know the groundwater flow system over the projected lifetime of the repository. According to the current legislation in Germany, this will be a million...

571. Thermodiffusion and thermo-osmosis in porous media

Bjorn Hafskjold (Norwegian University of Science and Technology)

22/05/2023, 11:35

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

When a temperature difference is applied over a porous medium soaked with a fluid mixture, two effects may be observed, a component separation (the Ludwig-Soret effect, thermodiffusion) [1,2] and a pressure difference due to thermo-osmosis [3,4]. In this work, we have studied both effects using nonequilibrium thermodynamics and molecular dynamics. We have derived expressions for the two...

636. A novel local-minima 3D image segmentation method for fluid flow in low-resolution porous material images

Mr Rui Li (University of Aberdeen)

22/05/2023, 11:50

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

Image segmentation is a prominent process in Digital Rock Physics analysis. It directly affects the accuracy of the fluid-flow simulation in porous mediums. The accuracy of conventional global thresholding segmentation depends on image resolution. Coarse-resolution digital rock images are normally used to avoid high computation costs in processing high-resolution images that usually have more...

696. Thermal properties of unconsolidated sediments and borehole back fill materials for ground source thermal energy systems

Ms Zanne Korevaar (TNO Geological Survey of The Netherlands)

22/05/2023, 12:05

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

The performance of Ground source heat pump systems (GSHP), and heat losses along well bores of high-temperature aquifer thermal energy storage systems (HT-ATES) and geothermal wells is strongly affected by conductive properties$^{(1,2)}$.

The anticipated growth of the geothermal and HT-ATES in line with global potential of geothermal energy production of between 125 and 1793 EJ/yr ...

831. Monte Carlo method to solve the heat equation in a complex media

Mr Simon Eibner (RASPODEE, Toulouse University, France)

22/05/2023, 12:20

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

Porous or fibrous complex medias are widely used for energy applications such as heat storage, thermal insulation, solar absorbers, heat exchangers... There is a need to develop methods that are relevant to solve the heat equation in those complex medias.

Monte Carlo method can be used to solve parabolic partial differential equations such as heat equation in complex geometries [1,2,3] or...

565. Heat Extraction at High Flow Rates by Fracture Plugging in Geothermal Reservoirs from Pore to Darcy Scale Considering Local Thermal Non-Equilibrium (LTNE) Conditions

Dr Yashar Tavakkoli Osgouei (Middle East Technical University)

22/05/2023, 17:00

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

The existence of fracture network in porous media can have positive or negative effects on matrix-fracture transfer depending on the flow rate. In higher flow rates the efficiency of heat extraction decreases in fractured geothermal reservoirs due to preferential flow through the fractures. The fracture plugging can be considered as a solution to cope with it by diverting flow through porous...

353. Investigation on the impact of thermo-osmosis on fluid pressurisation in Boom clay – a case study of the ATLAS in-situ full-scale heating experiment.

Feliks Kiszkurno (UFZ (Helmholtz-Zentrum für Umweltforschung) & TU Bergakademie Freiberg)

22/05/2023, 17:15

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

Existing literature suggests the importance of the thermo-osmosis (TO) for an accurate simulation of pore pressure evolution in heater tests for nuclear waste disposal in clay rock. However, there is limited consensus regarding the appropriate choice of parameters controlling TO and the extent of its physical impact. This study will use the ATLAS in-situ heating experiment, a full-scale...

552. Model Development for Thermal Management of Li-Ion Batteries from Cell Level to Total System Level

Dr Mehmet Onur Doğan (Middle East Technical University)

22/05/2023, 17:30

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

Li-Ion batteries are widely used for energy storage mediums because of their high volumetric and gravimetric energy capacities and proven mature technology level suitable for mass production. However, they have one key problem which is the heat generation during charging and discharging cycles. As the cells are getting too hot or too cold, battery life and performance decreases. If the heat...

690. Use of Controlled Fractures in Enhanced Geothermal Systems

Dr Olufemi Olorode (Louisiana State University)

22/05/2023, 17:45

(MS17) Thermal Processes, Thermal Coupling and Thermal Properties of Porous Media: modeling and experiments at different scales

Oral Presentation

Enhanced geothermal systems (EGS) are typically tight and naturally fractured like unconventional oil and gas (UOG) reservoirs, so the leading technology being evaluated for their commercial development is also multistage fractured horizontal wells (MFHW). The state-of-the-art approach of thermal recovery from EGS involves injecting cold water into a multiply fractured horizontal/deviated well...