14–17 May 2018
New Orleans
US/Central timezone

Abstracts from MS 1.27: Pore Scale Processes and Upscaling of Flow and (Reactive) Transport in Porous Media

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ID Title State Accepted type Reviewed
27 Characterization of modified nanoscale zero-valent iron particles transport through sandstones by nuclear magnetic resonance
Accepted
Poster
168 Quantifying Dual Porosity Flow and Contaminant Transport Processes Using an Integrated Pore-Scale Network Modeling Approach
Accepted
Poster
191 Evaluation of a Proposed Workflow for Digital Petrophysics of Coquinas Involving Experimental Data and 3D Digital Models Using PNM- and FEM-Based Simulations
Accepted
Poster
325 Unsaturated porous medium effective diffusion coefficient calculation through lattice Boltzmann method
Withdrawn
n/a
334 Fluid-solid reaction in single and multiphase flows by geo-material microfluidics
Accepted
Oral 20 Minutes
362 Reactive Transport Modelling on the Drill Core Scale, Parameterized by GeoPET/µCT Process Tomography
Accepted
Poster
423 Precipitation and dissolution of cement minerals in sandstone: Opportunities and limitations of pore and plug scale flow analysis for reactive transport modelling approaches
Accepted
Oral 20 Minutes
540 Multiscale Calculation of Two-phase Flow in Digital Core Analysis
Accepted
Oral 20 Minutes
623 Multi-scale modeling of coupled diffusion-electrochemical reaction for porous micro-electrodes incorporating enzymatic catalysis
Accepted
Oral 20 Minutes
645 Multiscale Modeling of Particle Transport and Retention in Porous Media
Withdrawn
n/a
684 Fluid Flow Property Estimation Using a Pore Network Modeling Approach
Accepted
Poster
698 A random connection model for pore network modeling
Accepted
Poster
715 Studying the impact of electrode pore structure on redox flow battery performance with multiphysics pore network modeling
Accepted
Oral 20 Minutes
973 Direct pore-scale modeling of thermal dispersion in granular porous media: the effect of medium heterogeneity
Accepted
Oral 20 Minutes
977 A pore-scale numerical study of NAPL biodegradation
Withdrawn
n/a