This review summarizes the recent research in the field of inorganic engineered
nanoparticle development with direct or potential interest for drinking water treatment. The …

Contamination of natural waters with arsenic, which is both toxic and carcinogenic, is
widespread. Among various technologies that have been employed for arsenic removal from …

Acid mine drainage (AMD) formation and toxic arsenic (As) pollution are serious
environmental problems encountered worldwide. In this study, we investigated the crucial …

Supercapacitors are recognized as reliable energy storage technologies, despite obstacles
such as inadequate energy density and comparatively small capacitance. In this study, we …

This study fabricated a novel biochar/amine chitosan composite (BC/AmCS) decorated with
dandelion-like Copper-Nickel layered double hydroxide (Cu-Ni LDH) for Fenton-like …

The neutralization-precipitation method is widely used for treating acid mine drainage
(AMD). However, the accumulation of sludge and the requirement for a high pH for the …

Li2S, which features a high theoretical capacity of 1,166 mA· hg–1, is an attractive cathode
material for developing high-energy-density lithium–sulfur batteries. However, pristine Li2S …

Nitrogen and phosphorus doping have been proven to be effective strategies for improving
the tribological properties of carbon-based materials when used as lubricating oil additives …

This study provides a realistic estimation of uptake efficiency and operational cost for Se (IV)
removal by the two most promising processes: coagulation/precipitation with iron salts and …

Batch and continuous mode experiments were used to determine the influence of physic-
chemicals characteristics of iron oxy-hydroxides (FeOOHs) on selenium adsorption. Batch …