Cosolvent flushing is a promising method to improve NAPLs (non-aqueous phase liquids)
removal. Nevertheless, the removal performance is undermined by the tailing phenomenon …

This study explores using hybrid nanofluids to improve water quality by enhancing heat
transfer and substance decomposition. Nanofluids effectively remove pollutants, optimise …

The understanding of mixing-controlled reactive dynamics in heterogeneous porous media
remains limited, presenting significant challenges for modeling subsurface contaminant …

This study explains the importance of layered soil, the solute storage regions, and their
residence time for groundwater remedy. A one-dimensional layered soil column experiment …

The kinetic interface-sensitive (KIS) tracer experiment is a newly developed method to
quantify the fluid-fluid interfacial area (FIFA) during drainage processes. The concentration …

Selective oxidation of hydroxymethylfurfural to diformylfuran was performed in 3D-printed
milli-scale porous reactors using pure oxygen in mild operating conditions (T= 60° C, P= 1 …

This study investigates the capillary-associated interfacial area during primary drainage in
unconsolidated porous media for different mean grain diameters, employing pore-scale …

Contaminants stored in low-permeability soils can continue to threaten the adjacent
groundwater system even after the aquifer is considered remediated. The redistribution of …

While microparticles can be removed by a filtration step at a drinking water treatment plant
(DWTP), engineered nanoparticles (ENPs), which are widely used in industry, commerce …

A typical classroom exercise in hydrogeology is to develop a conceptual model of a
contaminated site, identify groundwater flow direction (s), and predict the location and mass …