The paper presents the methodology and results of core tests to assess the impact of colloid
migration on apparent permeability under cyclic confining pressure. In the work, porous …

Permeability prediction in hydrocarbon production is an important task. The decrease in
permeability due to depletion leads to an increase in the time of oil or gas production …

Pore clogging and unclogging in porous media are ubiquitous in subsurface hydrologic
processes, which have been studied extensively at various scales ranging from a single …

During coreflooding under stationary conditions, permeability is determined by the Darcy
formula; thus, the apparent permeability is determined, which characterizes the average …

Groundwater contamination by microplastics (MPs) has been gradually regarded as a
potential human health risk, which calls for detailed investigation of MPs transport behavior …

In an effort to protect surface and groundwater supplies from contamination, to assess the
risk of microbial groundwater contamination and for the purpose of soil bioremediation …

Gas production from hydrate-bearing sediments requires methane dissociation, which
induces two-phase gas flow, mobilizing fine clay particles from within saturated pores. Fines …

The paper presents the methodology and results of coreflooding, taking into account the
decrease in the permeability caused by the migration of natural colloids during fluid …

Pore clogging phenomena are commonly encountered in porous media and have been
extensively investigated. However, with the increasing prominence of fields like hydrate …

Release of colloids and their subsequent transport into the subsurface environments takes
place during a wide range of applications such as industrial, energy storage, and …