Skip to main content

InterPore2026 Bulletin (3)

Sent on: 15-11-2025





 

Physics of Multiphase Flow in Diverse Porous Media explores how fluids move through complex porous structures across scales—from pore-level mechanisms to Darcy-scale behavior. This minisymposium covers topics such as CO₂ storage, soil remediation, unconventional reservoirs, reactive transport, wettability effects, dynamic capillarity, and advanced imaging and modeling techniques.

With applications spanning energy, environment, and materials science, MS05 provides a focused platform for new insights into the physics that govern multiphase flow in diverse porous systems.

Lead Organizer: Chao-Zhong Qin (Chongqing University, China)



Fluids in Nanoporous Media focuses on the unique behaviors of fluids confined within nanopores—spaces so small that solid–fluid interactions and external stimuli can dramatically alter physical properties. These effects occur in both natural materials such as clay, shale, and coal, and in engineered systems like zeolites, MOFs, and nanoporous carbons used for separation, catalysis, and energy storage.

This minisymposium brings together theory, experiments, and applications to explore how these pore-scale phenomena influence transport, mechanics, and technological performance. 

Lead Organizer: Bin Pan (China University of Petroleum – Beijing, China)