In this review article, the authors present up-to-date developments on experimental,
modeling and field studies on the role of subsurface colloidal fines on contaminant transport …

Subsurface colloids can enhance the movement of strongly sorbing contaminants, a
phenomenon called colloid-facilitated contaminant transport. In the presence of mobile …

The third edition of this besteller covers the latest advancements in this rapidly growing field.
Focusing on analyses and critical evaluation of the subject, this new edition reviews the …

Mobile colloidal particles may act as carriers of strongly sorbing contaminants in subsurface
materials. Such colloid-facilitated transport can be induced by changes in salinity, similar to …

Colloid generation, stability, and transport are important processes that can significantly
influence the fate and transport of nutrients and contaminants in environmental systems …

Column experiments were performed under various ionic strengths (0.0–0.9 mM) using 10
mg L− 1 of Cd 2+ without kaolinite colloids and 10 mg L− 1 Cd 2+ mixed with 100 mg L− 1 …

There are several classes of subsurface colloids, abiotic and biotic. Basically, small particles
of inorganic, organic and pathogenic biocolloids variety exist in natural subsurface system …

Despite significant advances in recent years in the application of sensing and imaging
technologies to the study of the hydraulic behaviour of soils, our understanding of how …

The potential application of nanoparticle dispersions as formation-stimulation agents,
contrast agents, or simply as tracers in the upstream oil and gas industry requires …

The vadose zone can function as both a filter and a passage for bacteria. This review
evaluates when and why either effect will apply based on available literature. It summarizes …