Inappropriate handling of copper (Cu) and lead (Pb)-containing wastewater resulting from
metallurgical and smelting industries in Northwest China encourages their migration to …

In natural environments, the removal and degradation of two major pollutants, heavy metals
(HMs) and polycyclic aromatic hydrocarbons (PAHs), are explored through targeted …

The purpose of this work is to investigate the pulse electromagnetic electroosmotic flow
(EOF) behavior of a Jeffrey fluid in parallel plate microchannels under a constant pressure …

This study comprehensively investigates the effect of DC voltage gradient (VG) on energy
consumption and the removal of ions (total Cr, Na+, Clˉ, and K+) from salt-affected clayey …

Mining and using underground resources demand high water usage, producing significant
waste with environmental risks. Methods like electrokinetics prove effective in accelerating …

Adding acetic acid to specific kaolin induces reverse electroosmotic flow (EOF). The
experimental results indicate that the pH of the kaolin after experimentation ranged from …

This study investigates the effect of boundary conditions and treatment-time on the electro-
desalination of artificially-contaminated soil. The effect of ion exchange membranes (IEM) …

Electrification mode is one of the important factors affecting the energy consumption and
drainage effect of the electroosmosis method. In this work, a series of laboratory tests were …

This study examines the effect of electroosmotic (EO) and hydraulic flow on the removal of
heavy metal (Pb2+, total Cr, and Fe2+) and salt (K+ and Clˉ) ions from artificially …

This study investigated the micro-mechanisms of reverse electro-osmotic flow from the
cathode to the anode in kaolin, focusing on the zeta potential, role of carboxyl hydrophilic …